diff --git "a/test_dataset/Fact_Judgmen_QA.jsonl" "b/test_dataset/Fact_Judgmen_QA.jsonl" new file mode 100644--- /dev/null +++ "b/test_dataset/Fact_Judgmen_QA.jsonl" @@ -0,0 +1,2000 @@ +{"question": "Is a final energy of -137.42710336 combined with an OptB88-vdW bandgap of 0.6234999999999999 linked to a valence band maximum of 5.2089?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "optb88vdw_vbm"], "condition_column": ["final_energy", "optb88vdw_bandgap", "optb88vdw_vbm"], "answer_column": [], "condition": {"final_energy": "-137.42710336", "optb88vdw_bandgap": "0.6234999999999999", "optb88vdw_vbm": "5.2089"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} combined with an OptB88-vdW bandgap of {} linked to a valence band maximum of {}?"} +{"question": "Is there a reference where aging for 4 hours, calcining at 700°C, and surface area of 22.0 m²/g are documented?", "refer_dataset": "table11", "column names": ["AH (h)", "CT (℃)", "SSA (m2 g -1 )"], "condition_column": ["AH (h)", "CT (℃)", "SSA (m2 g -1 )"], "answer_column": [], "condition": {"AH (h)": "4", "CT (℃)": "700", "SSA (m2 g -1 )": "22.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a reference where aging for {} hours, calcining at {}°C, and surface area of {} m²/g are documented?"} +{"question": "Is there a compound with the formula Ca7Ge, a magnetic moment (mu_b) of 0.0004008999999999, and a band gap (gap pbe) of 0.0 eV?", "refer_dataset": "table54", "column names": ["formula", "mu_b", "gap pbe"], "condition_column": ["formula", "mu_b", "gap pbe"], "answer_column": [], "condition": {"formula": "Ca7Ge", "mu_b": "0.0004008999999999", "gap pbe": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the formula {}, a magnetic moment (mu_b) of {}, and a band gap (gap pbe) of {} eV?"} +{"question": "Are there structures with LCD 1.5659 Å, PLD 0.51483 Å, and bandgap 1.360485999999999 eV in the CSD dataset?", "refer_dataset": "table62", "column names": ["lcd", "pld", "bandgap", "source"], "condition_column": ["lcd", "pld", "bandgap", "source"], "answer_column": [], "condition": {"lcd": "1.5659", "pld": "0.51483", "bandgap": "1.360485999999999", "source": "CSD"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there structures with LCD {} Å, PLD {} Å, and bandgap {} eV in the {} dataset?"} +{"question": "Is the formation energy per atom of -2.07159 eV associated with an ehull value of 1.7365824619999997?", "refer_dataset": "table47", "column names": ["formation_energy_peratom", "ehull"], "condition_column": ["formation_energy_peratom", "ehull"], "answer_column": [], "condition": {"formation_energy_peratom": "-2.07159", "ehull": "1.7365824619999997"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy per atom of {} eV associated with an ehull value of {}?"} +{"question": "Is the molecular formula LaFeO3 associated with a calcination temperature of 900°C, preparation method 3, and reference number [26]?", "refer_dataset": "table11", "column names": ["Molecular formulas", "CT (℃)", "PM", "Ref."], "condition_column": ["Molecular formulas", "CT (℃)", "PM", "Ref."], "answer_column": [], "condition": {"Molecular formulas": "LaFeO3", "CT (℃)": "900", "PM": "3", "Ref.": "[26]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the molecular formula {} associated with a calcination temperature of {}°C, preparation method {}, and reference number {}?"} +{"question": "Is adsorbed species CH* (key: 7) on the -111 surface linked to reaction energy 0.582 eV?", "refer_dataset": "table18", "column names": ["ab", "ab_key", "surfaces", "reaction_energy"], "condition_column": ["ab", "ab_key", "surfaces", "reaction_energy"], "answer_column": [], "condition": {"ab": "CH*", "ab_key": "7", "surfaces": "-111", "reaction_energy": "0.582"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is adsorbed species {} (key: {}) on the {} surface linked to reaction energy {} eV?"} +{"question": "Is there a catalyst with M3 = Hf, total flow 15 mL/min, and methane conversion below 37.87889305%?", "refer_dataset": "table21", "column names": ["M3", "Total flow(mL/min)", "CH4 conversion (%)"], "condition_column": ["M3", "Total flow(mL/min)", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "Hf", "Total flow(mL/min)": "15", "CH4 conversion (%)": "37.87889305"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M3 = {}, total flow {} mL/min, and methane conversion below {}%?"} +{"question": "Is there a compound where ID 465, formula CaO4W, and energy -2.84179646508 are all correlated for stability?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "465", "formula": "CaO4W", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound where ID {}, formula {}, and energy {} are all correlated for stability?"} +{"question": "Do molecules with OSDA axis 1 (4.911552669092809) always have OSDA axis 2 (18.135734615007063)?", "refer_dataset": "table41", "column names": ["axes_mean_0", "axes_mean_1"], "condition_column": ["axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"axes_mean_0": "4.911552669092809", "axes_mean_1": "18.135734615007063"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with OSDA axis 1 ({}) always have OSDA axis 2 ({})?"} +{"question": "Does the perovskite KTiTaO5 use Zn as the primary B site cation?", "refer_dataset": "table5", "column names": ["Full Name of Perovskite", "B site"], "condition_column": ["Full Name of Perovskite", "B site"], "answer_column": [], "condition": {"Full Name of Perovskite": "KTiTaO5", "B site": "Zn"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} use {} as the primary B site cation?"} +{"question": "Does calcination at 750°C followed by aging for 4 hours produce a compound with surface area 19.0 m²/g and thermal desorption at 110°C?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "condition_column": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "answer_column": [], "condition": {"CT (℃)": "750", "AH (h)": "4", "SSA (m2 g -1 )": "19.0", "DT (℃)": "110"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does calcination at {}°C followed by aging for {} hours produce a compound with surface area {} m²/g and thermal desorption at {}°C?"} +{"question": "In the OQMD database, is there a compound with space group 229, HM symbol Im-3m, and a volume over 20.05340Å3 cubic angstroms?", "refer_dataset": "table31", "column names": ["7", "8", "9", "5"], "condition_column": ["7", "8", "9", "5"], "answer_column": [], "condition": {"7": "OQMD", "8": "229", "9": "Im-3m", "5": "20.05340Å3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In the {} database, is there a compound with space group {}, HM symbol {}, and a volume over {} cubic angstroms?"} +{"question": "Has a neutral OVP of 231.0 mV been recorded for the sol-gel method?", "refer_dataset": "table13", "column names": ["Neutral_OVP", "Judge_Sol_Gel"], "condition_column": ["Neutral_OVP"], "answer_column": ["Judge_Sol_Gel"], "condition": {"Neutral_OVP": "231.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has a neutral OVP of {} mV been recorded for the sol-gel method?"} +{"question": "Does water content H2O exceeding 8.424 units guarantee amorphous content Am?", "refer_dataset": "table40", "column names": ["H2O", "Am"], "condition_column": ["H2O"], "answer_column": ["Am"], "condition": {"H2O": "8.424"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does water content H2O exceeding {} units guarantee amorphous content Am?"} +{"question": "Was the CIF file 7020304.cif (type: Proper) generated for the compound with sub-family 1100.0 in 2012?", "refer_dataset": "table34", "column names": ["CIF_file_name", "CIF_type", "sub_family", "year"], "condition_column": ["CIF_file_name", "CIF_type", "sub_family", "year"], "answer_column": [], "condition": {"CIF_file_name": "7020304.cif", "CIF_type": "Proper", "sub_family": "1100.0", "year": "2012"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the CIF file {} (type: {}) generated for the compound with sub-family {} in {}?"} +{"question": "The preparation method Hydrothermal paired with reaction solution 10%v/v CH3OH+4g NaOH and calcination temperature 473.0 K yields optimal efficiency.", "refer_dataset": "table1", "column names": ["Preparation method", "Reaction solution", "Calcination temperature(K)"], "condition_column": ["Preparation method", "Reaction solution", "Calcination temperature(K)"], "answer_column": [], "condition": {"Preparation method": "Hydrothermal", "Reaction solution": "10%v/v CH3OH+4g NaOH", "Calcination temperature(K)": "473.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The preparation method {} paired with reaction solution {} and calcination temperature {} K yields optimal efficiency."} +{"question": "Does a material with a final energy of -168.5512116 exhibit a valence band maximum of 4.7106?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_vbm"], "condition_column": ["final_energy", "optb88vdw_vbm"], "answer_column": [], "condition": {"final_energy": "-168.5512116", "optb88vdw_vbm": "4.7106"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a final energy of {} exhibit a valence band maximum of {}?"} +{"question": "Is there a material with formation energy -0.7013016999999999 eV and density of states at Fermi level of 11.065359?", "refer_dataset": "table44", "column names": ["e_form", "dos_ef"], "condition_column": ["e_form", "dos_ef"], "answer_column": [], "condition": {"e_form": "-0.7013016999999999", "dos_ef": "11.065359"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with formation energy {} eV and density of states at Fermi level of {}?"} +{"question": "Does the material with reference code [A75], cycle4 performance of -, and primary A site Ca exist?", "refer_dataset": "table5", "column names": ["Ref", "cycle4", "A site"], "condition_column": ["Ref", "cycle4", "A site"], "answer_column": [], "condition": {"Ref": "[A75]", "cycle4": "-", "A site": "Ca"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with reference code {}, cycle4 performance of {}, and primary A site {} exist?"} +{"question": "Is the energy bandgap of 1.810322 eV associated with the chemical formula Zn4C104H76N12O20?", "refer_dataset": "table62", "column names": ["bandgap", "formula"], "condition_column": ["bandgap", "formula"], "answer_column": [], "condition": {"bandgap": "1.810322", "formula": "Zn4C104H76N12O20"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy bandgap of {} eV associated with the chemical formula {}?"} +{"question": "Is a pH level of 7.0 linked to a degradation rate exceeding 62.0%?", "refer_dataset": "table8", "column names": ["pH", "Degradation rate(%)"], "condition_column": ["pH", "Degradation rate(%)"], "answer_column": [], "condition": {"pH": "7.0", "Degradation rate(%)": "62.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a pH level of {} linked to a degradation rate exceeding {}%?"} +{"question": "Does any material have an atomic radius (A) of 135.0 Å and a density (A) of 5.38 g/cm³?", "refer_dataset": "table3", "column names": ["Ra", "ρa"], "condition_column": ["Ra", "ρa"], "answer_column": [], "condition": {"Ra": "135.0", "ρa": "5.38"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have an atomic radius (A) of {} Å and a density (A) of {} g/cm³?"} +{"question": "Does a material with MBJ bandgap 5.371 eV also have an HSE bandgap of na eV?", "refer_dataset": "table47", "column names": ["mbj_bandgap", "hse_gap"], "condition_column": ["mbj_bandgap", "hse_gap"], "answer_column": [], "condition": {"mbj_bandgap": "5.371", "hse_gap": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with MBJ bandgap {} eV also have an HSE bandgap of {} eV?"} +{"question": "Is the dataset entry 1610 (ID) for formula BeH2 and energy -0.0656403766667 correct?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1610", "formula": "BeH2", "formula_energy": "-0.0656403766667"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the dataset entry {} (ID) for formula {} and energy {} correct?"} +{"question": "If the conduction band minimum is 8.6359, is the valence band maximum 7.1887?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm"], "answer_column": [], "condition": {"optb88vdw_cbm": "8.6359", "optb88vdw_vbm": "7.1887"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the conduction band minimum is {}, is the valence band maximum {}?"} +{"question": "Is element B's radius (Rb) 60.392 Å associated with its electron affinity (EAb) of 8.89 eV?", "refer_dataset": "table2", "column names": ["Rb", "EAb"], "condition_column": ["Rb", "EAb"], "answer_column": [], "condition": {"Rb": "60.392", "EAb": "8.89"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element B's radius (Rb) {} Å associated with its electron affinity (EAb) of {} eV?"} +{"question": "Is a bounding box mean dimension of 20.063935601460784 associated with volume standard deviation of 0.4133394572566254?", "refer_dataset": "table41", "column names": ["box_mean_0", "volume_std_0"], "condition_column": ["box_mean_0", "volume_std_0"], "answer_column": [], "condition": {"box_mean_0": "20.063935601460784", "volume_std_0": "0.4133394572566254"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a bounding box mean dimension of {} associated with volume standard deviation of {}?"} +{"question": "Does the 6%NiPt(99:1)/Al2O3 catalyst, paired with reaction type methanation, utilize CO2,H2 under parameters {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "condition_column": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "answer_column": [], "condition": {"Catalyst": "6%NiPt(99:1)/Al2O3", "ReactionType": "methanation", "Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} catalyst, paired with reaction type {}, utilize {} under parameters {}?"} +{"question": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of 0.046 and Scharber PCE of -4.76372516723?", "refer_dataset": "table51", "column names": ["bp86_gap", "bp86_scharber_pce"], "condition_column": ["bp86_gap", "bp86_scharber_pce"], "answer_column": [], "condition": {"bp86_gap": "0.046", "bp86_scharber_pce": "-4.76372516723"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of {} and Scharber PCE of {}?"} +{"question": "Are there mechanically resilient materials (bulk modulus > 37.9081914130929 and shear modulus > -4.318653419191119)?", "refer_dataset": "table56", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "37.9081914130929", "shear modulus": "-4.318653419191119"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there mechanically resilient materials (bulk modulus > {} and shear modulus > {})?"} +{"question": "Is there a material with electronegativity of B (χpb) 1.33 and component A's boiling temp (A_Tb) of 3307.85 K?", "refer_dataset": "table2", "column names": ["χpb", "A_Tb"], "condition_column": ["χpb", "A_Tb"], "answer_column": [], "condition": {"χpb": "1.33", "A_Tb": "3307.85"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with electronegativity of B (χpb) {} and component A's boiling temp (A_Tb) of {} K?"} +{"question": "Are 900°C, 2 mol/mol CH4/O2 ratio, and 1.756316351% C2 yield conditions found in any catalyst using La2O3 support?", "refer_dataset": "table21", "column names": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "condition_column": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "answer_column": [], "condition": {"Temp. (°C)": "900", "CH4/O2 (mol/mol)": "2", "C2 yield (%)": "1.756316351", "Support": "La2O3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}°C, {} mol/mol CH4/O2 ratio, and {}% C2 yield conditions found in any catalyst using {} support?"} +{"question": "Is there a 0.44 V vs. RHE catalyst in the 2.0 chemical environment with multiphase (Multiphase=1) and doping?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure", "Multiphase", "Doping"], "condition_column": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["Multiphase", "Doping"], "condition": {"-V vs. RHE V": "0.44", "Chemical Environment 1=electrolyte 2=pressure": "2.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} V vs. RHE catalyst in the {} chemical environment with multiphase (Multiphase=1) and doping?"} +{"question": "Is the paper with title \"The solutions of the N-identical quantum harmonic oscillators\n interacting with each other through the harmonic potential\" categorized under \"cond-mat.mes-hall\"?", "refer_dataset": "table45", "column names": ["title", "categories"], "condition_column": ["title", "categories"], "answer_column": [], "condition": {"title": "The solutions of the N-identical quantum harmonic oscillators\n interacting with each other through the harmonic potential", "categories": "cond-mat.mes-hall"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the paper with title \"{}\" categorized under \"{}\"?"} +{"question": "Is there a molecule with a mean asphericity of 0.3996943973781217 and Bertz complexity index of 2139.7860728533324?", "refer_dataset": "table41", "column names": ["asphericity_mean_0", "bertz_ct_mean_0"], "condition_column": ["asphericity_mean_0", "bertz_ct_mean_0"], "answer_column": [], "condition": {"asphericity_mean_0": "0.3996943973781217", "bertz_ct_mean_0": "2139.7860728533324"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with a mean asphericity of {} and Bertz complexity index of {}?"} +{"question": "Is species HCONH2CN2H4 associated with a HOMO of -0.228 eV and lattice matrix {'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[0.461653, 1.216637, 0.018579], [1.494329, 1.10467, 0.01724], [-1.430289, 1.182137, -0.004444], [2.059784, -0.113143, -0.006684], [1.459848, -1.188599, -0.030384], [-2.064857, 0.05841, -0.020868], [-1.450993, -1.141489, 0.064424], [-0.426124, -1.201703, 0.036724], [2.083192, 1.924433, 0.040044], [3.166528, -0.086729, -0.004634], [-2.083489, 1.961513, -0.050312], [-3.158185, -0.011411, -0.084867], [-1.983258, -1.98278, -0.087696]], 'elements': ['H', 'N', 'N', 'C', 'O', 'C', 'N', 'H', 'H', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '']}?", "refer_dataset": "table46", "column names": ["species", "homo", "atoms"], "condition_column": ["species", "homo", "atoms"], "answer_column": [], "condition": {"species": "HCONH2CN2H4", "homo": "-0.228", "atoms": "{'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[0.461653, 1.216637, 0.018579], [1.494329, 1.10467, 0.01724], [-1.430289, 1.182137, -0.004444], [2.059784, -0.113143, -0.006684], [1.459848, -1.188599, -0.030384], [-2.064857, 0.05841, -0.020868], [-1.450993, -1.141489, 0.064424], [-0.426124, -1.201703, 0.036724], [2.083192, 1.924433, 0.040044], [3.166528, -0.086729, -0.004634], [-2.083489, 1.961513, -0.050312], [-3.158185, -0.011411, -0.084867], [-1.983258, -1.98278, -0.087696]], 'elements': ['H', 'N', 'N', 'C', 'O', 'C', 'N', 'H', 'H', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '']}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a HOMO of {} eV and lattice matrix {}?"} +{"question": "Is there unaccounted carbon -0.4% in catalysts with M1 Li, M3 W, and support BaO?", "refer_dataset": "table26", "column names": ["C missing (%)", "M1", "M3", "Support"], "condition_column": ["C missing (%)", "M1", "M3", "Support"], "answer_column": [], "condition": {"C missing (%)": "-0.4", "M1": "Li", "M3": "W", "Support": "BaO"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there unaccounted carbon {}% in catalysts with M1 {}, M3 {}, and support {}?"} +{"question": "Are there materials with a bulk modulus under -1.5056371435744094 GPa, elastic anisotropy over -5.154133360427776, and a magnetic moment (mu_b) exceeding -0.0001141?", "refer_dataset": "table54", "column names": ["bulk modulus", "elastic anisotropy", "mu_b"], "condition_column": ["bulk modulus", "elastic anisotropy", "mu_b"], "answer_column": [], "condition": {"bulk modulus": "-1.5056371435744094", "elastic anisotropy": "-5.154133360427776", "mu_b": "-0.0001141"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a bulk modulus under {} GPa, elastic anisotropy over {}, and a magnetic moment (mu_b) exceeding {}?"} +{"question": "Does the material with chemical composition AlAs exhibit both SCF conduction band minimum of 7.855 and surface valence band maximum of -1.1452?", "refer_dataset": "table66", "column names": ["formula", "scf_cbm", "surf_vbm"], "condition_column": ["formula", "scf_cbm", "surf_vbm"], "answer_column": [], "condition": {"formula": "AlAs", "scf_cbm": "7.855", "surf_vbm": "-1.1452"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with chemical composition {} exhibit both SCF conduction band minimum of {} and surface valence band maximum of {}?"} +{"question": "Does a methane conversion rate of 29.0% occur alongside a C₂ yield of 8.2%?", "refer_dataset": "table23", "column names": ["CH4 conversion (%)", "C2 yield (%)"], "condition_column": ["CH4 conversion (%)", "C2 yield (%)"], "answer_column": [], "condition": {"CH4 conversion (%)": "29.0", "C2 yield (%)": "8.2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion rate of {}% occur alongside a C₂ yield of {}%?"} +{"question": "Is there a material with a bandgap of 0.2086000000000005 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "0.2086000000000005"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Are there materials with chemical composition GaAs and an average maximum potential of 3.8725956694557992?", "refer_dataset": "table66", "column names": ["formula", "avg_max"], "condition_column": ["formula", "avg_max"], "answer_column": [], "condition": {"formula": "GaAs", "avg_max": "3.8725956694557992"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with chemical composition {} and an average maximum potential of {}?"} +{"question": "Does MOF type COMP require a synthesis temperature of 180.0°C and reaction pressure of 1.13 atm?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "condition_column": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "answer_column": [], "condition": {"MOF_Type": "COMP", "Synhesis_Temp": "180.0", "Rxn_Pressure": "1.13"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} require a synthesis temperature of {}°C and reaction pressure of {} atm?"} +{"question": "Does the publication DOI 10.1107/S0365110X65002244 correspond to a journal volume numbered 18.0?", "refer_dataset": "table38", "column names": ["doi", "volume"], "condition_column": ["doi", "volume"], "answer_column": [], "condition": {"doi": "10.1107/S0365110X65002244", "volume": "18.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the publication DOI {} correspond to a journal volume numbered {}?"} +{"question": "Is tertiary cation na at 0% concentration on SiO2 support linked to CO2 selectivity 94.6%?", "refer_dataset": "table19", "column names": ["Cation3", "Cation3Amount", "Support", "CO2 sel"], "condition_column": ["Cation3", "Cation3Amount", "Support", "CO2 sel"], "answer_column": [], "condition": {"Cation3": "na", "Cation3Amount": "0", "Support": "SiO2", "CO2 sel": "94.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is tertiary cation {} at {}% concentration on {} support linked to CO2 selectivity {}%?"} +{"question": "Is there a material that has a shear modulus under 50.943440168826285 GPa and a formation energy (e_form) over -2.8018347596875 eV?", "refer_dataset": "table54", "column names": ["shear modulus", "e_form"], "condition_column": ["shear modulus", "e_form"], "answer_column": [], "condition": {"shear modulus": "50.943440168826285", "e_form": "-2.8018347596875"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has a shear modulus under {} GPa and a formation energy (e_form) over {} eV?"} +{"question": "Are there molecules with SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1 weighing 492.65400000000017 and having a formal charge of 0?", "refer_dataset": "table41", "column names": ["osda smiles", "mol_weight", "formal_charge"], "condition_column": ["osda smiles", "mol_weight", "formal_charge"], "answer_column": [], "condition": {"osda smiles": "C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1", "mol_weight": "492.65400000000017", "formal_charge": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there molecules with SMILES {} weighing {} and having a formal charge of {}?"} +{"question": "Is there a material with space group number 79 and symbol I4?", "refer_dataset": "table47", "column names": ["spg_number", "spg_symbol"], "condition_column": ["spg_number", "spg_symbol"], "answer_column": [], "condition": {"spg_number": "79", "spg_symbol": "I4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group number {} and symbol {}?"} +{"question": "Is the hydrogen species identifier 28.0 associated with adsorbed H* (Hydrogen)?", "refer_dataset": "table18", "column names": ["a_key", "a"], "condition_column": ["a_key"], "answer_column": ["a"], "condition": {"a_key": "28.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the hydrogen species identifier {} associated with adsorbed H* (Hydrogen)?"} +{"question": "Is a polymer weight percentage of 0.875% used with a surfactant percentage of 0.0%?", "refer_dataset": "table42", "column names": ["Polymer, % wt.", "Surfactant, % wt."], "condition_column": ["Polymer, % wt.", "Surfactant, % wt."], "answer_column": [], "condition": {"Polymer, % wt.": "0.875", "Surfactant, % wt.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a polymer weight percentage of {}% used with a surfactant percentage of {}%?"} +{"question": "Does M3 none, processed at 840°C under Pch4 0.38 atm, exist in the data?", "refer_dataset": "table28", "column names": ["M3", "Temperature", "Pch4"], "condition_column": ["M3", "Temperature", "Pch4"], "answer_column": [], "condition": {"M3": "none", "Temperature": "840", "Pch4": "0.38"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M3 {}, processed at {}°C under Pch4 {} atm, exist in the data?"} +{"question": "Does a CH4/O2 ratio of 2.0 with M2 Hf lead to a hydrogen yield of 9.4%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "condition_column": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "M2": "Hf", "H2 yield (%)": "9.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a CH4/O2 ratio of {} with M2 {} lead to a hydrogen yield of {}%?"} +{"question": "Is a Ni composition of 0.0 observed with a J.uAcm2_0.63_initialCA value of 2027.105?", "refer_dataset": "table16", "column names": ["Ni", "J.uAcm2_0.63_initialCA"], "condition_column": ["Ni", "J.uAcm2_0.63_initialCA"], "answer_column": [], "condition": {"Ni": "0.0", "J.uAcm2_0.63_initialCA": "2027.105"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Ni composition of {} observed with a J.uAcm2_0.63_initialCA value of {}?"} +{"question": "Is material ID 2dm-1 from source mp-30033 characterized by a total magnetization of 0.24874?", "refer_dataset": "table67", "column names": ["material_id", "source_id", "total_magnetization"], "condition_column": ["material_id", "source_id", "total_magnetization"], "answer_column": [], "condition": {"material_id": "2dm-1", "source_id": "mp-30033", "total_magnetization": "0.24874"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material ID {} from source {} characterized by a total magnetization of {}?"} +{"question": "Is a material with a band gap of 0.0 eV thermodynamically unstable (stability = 0.0824087898624003)?", "refer_dataset": "table57", "column names": ["_oqmd_band_gap", "_oqmd_stability"], "condition_column": ["_oqmd_band_gap", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_band_gap": "0.0", "_oqmd_stability": "0.0824087898624003"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with a band gap of {} eV thermodynamically unstable (stability = {})?"} +{"question": "Do materials with a band gap of 0.0 eV always have a delta e below 0.346445287061782 eV?", "refer_dataset": "table57", "column names": ["_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.346445287061782"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a band gap of {} eV always have a delta e below {} eV?"} +{"question": "Is a molecular weight of 25.0 kDa combined with a polymer weight percentage of 0.675%?", "refer_dataset": "table42", "column names": ["Polymer Mwt, kDa", "Polymer, % wt."], "condition_column": ["Polymer Mwt, kDa", "Polymer, % wt."], "answer_column": [], "condition": {"Polymer Mwt, kDa": "25.0", "Polymer, % wt.": "0.675"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a molecular weight of {} kDa combined with a polymer weight percentage of {}%?"} +{"question": "Are there Type Literature entries recorded at a temperature of 824°C?", "refer_dataset": "table28", "column names": ["Type", "Temperature"], "condition_column": ["Type", "Temperature"], "answer_column": [], "condition": {"Type": "Literature", "Temperature": "824"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there Type {} entries recorded at a temperature of {}°C?"} +{"question": "Is there a combination of elements 0 (atomic number 12), H, and H with a formation energy of 1.96 eV?", "refer_dataset": "table22", "column names": ["A", "A_AtomN", "B", "C", "Formation_E"], "condition_column": ["A", "A_AtomN", "B", "C", "Formation_E"], "answer_column": [], "condition": {"A": "0", "A_AtomN": "12", "B": "H", "C": "H", "Formation_E": "1.96"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of elements {} (atomic number {}), {}, and {} with a formation energy of {} eV?"} +{"question": "Are the conduction band minimum 6.8134, valence band maximum 6.1195, and band alignment offset {} all properties of the same material?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm", "offset"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm", "offset"], "answer_column": [], "condition": {"optb88vdw_cbm": "6.8134", "optb88vdw_vbm": "6.1195", "offset": "{}"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the conduction band minimum {}, valence band maximum {}, and band alignment offset {} all properties of the same material?"} +{"question": "Is element Cl in Wyckoff position f part of the bulk material Cl?", "refer_dataset": "table68", "column names": ["symbol", "wycoff", "bulk_formula"], "condition_column": ["symbol", "wycoff", "bulk_formula"], "answer_column": [], "condition": {"symbol": "Cl", "wycoff": "f", "bulk_formula": "Cl"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element {} in Wyckoff position {} part of the bulk material {}?"} +{"question": "Can ID 465, formula CaO4W, and energy -2.84179646508 collectively represent a stable material?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "465", "formula": "CaO4W", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can ID {}, formula {}, and energy {} collectively represent a stable material?"} +{"question": "Are the largest cavity diameter of 9.25 Å and volumetric surface area of 2377.3 m²/cm³ present in the same MOF?", "refer_dataset": "table50", "column names": ["lcd", "surface_area_m2cm3"], "condition_column": ["lcd", "surface_area_m2cm3"], "answer_column": [], "condition": {"lcd": "9.25", "surface_area_m2cm3": "2377.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the largest cavity diameter of {} Å and volumetric surface area of {} m²/cm³ present in the same MOF?"} +{"question": "Is there a sample where the zero-point vibrational energy is -3.46252599336862 and the heat capacity at constant volume is -2.17664065595523?", "refer_dataset": "table61", "column names": ["ZPVE", "Cv"], "condition_column": ["ZPVE", "Cv"], "answer_column": [], "condition": {"ZPVE": "-3.46252599336862", "Cv": "-2.17664065595523"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample where the zero-point vibrational energy is {} and the heat capacity at constant volume is {}?"} +{"question": "Does electronegativity of B (χpb) 1.55 correspond to its density (ρb) 4.62 g/cm³ and boiling temp (B_Tb) 3314.04 K?", "refer_dataset": "table2", "column names": ["χpb", "ρb", "B_Tb"], "condition_column": ["χpb", "ρb", "B_Tb"], "answer_column": [], "condition": {"χpb": "1.55", "ρb": "4.62", "B_Tb": "3314.04"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does electronegativity of B (χpb) {} correspond to its density (ρb) {} g/cm³ and boiling temp (B_Tb) {} K?"} +{"question": "Does the compound named 9 belong to species OClO-?", "refer_dataset": "table46", "column names": ["name", "species"], "condition_column": ["name", "species"], "answer_column": [], "condition": {"name": "9", "species": "OClO-"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound named {} belong to species {}?"} +{"question": "Are instances of bandgap 2.95 eV observed with alcohol percentage 20.0% and wavelength cutoff 350.0 nm?", "refer_dataset": "table4", "column names": ["BandGap(eV)", "Alcohol%", "Wave length(0)?", "refer_dataset": "table13", "column names": ["Country", "Alkaline_OVP", "Judge_Spray", "Judge_Etching", "IF"], "condition_column": ["Country", "Alkaline_OVP", "Judge_Spray"], "answer_column": ["Judge_Etching", "IF"], "condition": {"Country": "South Korea", "Alkaline_OVP": "99.8", "Judge_Spray": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a spray-etched catalyst from {} with alkaline OVP below {} mV published in a journal (IF>{})?"} +{"question": "Is the Fermi energy level -2.37028591 associated with a conduction band minimum of 7.286?", "refer_dataset": "table66", "column names": ["efermi", "scf_cbm"], "condition_column": ["efermi", "scf_cbm"], "answer_column": [], "condition": {"efermi": "-2.37028591", "scf_cbm": "7.286"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Fermi energy level {} associated with a conduction band minimum of {}?"} +{"question": "Is a Poisson ratio of 0.25 recorded for a material with shear modulus 42.58 GPa?", "refer_dataset": "table47", "column names": ["poisson", "shear_modulus_gv"], "condition_column": ["poisson", "shear_modulus_gv"], "answer_column": [], "condition": {"poisson": "0.25", "shear_modulus_gv": "42.58"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Poisson ratio of {} recorded for a material with shear modulus {} GPa?"} +{"question": "Does InChI identifier InChI=1S/CH4Se/c1-2/h2H,1H3 belong to a compound named 10 with a LUMO energy of 0.01314 eV?", "refer_dataset": "table46", "column names": ["inchi", "name", "lumo"], "condition_column": ["inchi", "name", "lumo"], "answer_column": [], "condition": {"inchi": "InChI=1S/CH4Se/c1-2/h2H,1H3", "name": "10", "lumo": "0.01314"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does InChI identifier {} belong to a compound named {} with a LUMO energy of {} eV?"} +{"question": "Is the report number BABAR-PUB-07/015, SLAC-PUB-12417 linked to the category \"hep-ex\"?", "refer_dataset": "table45", "column names": ["report-no", "categories"], "condition_column": ["report-no", "categories"], "answer_column": [], "condition": {"report-no": "BABAR-PUB-07/015, SLAC-PUB-12417", "categories": "hep-ex"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the report number {} linked to the category \"{}\"?"} +{"question": "Does the compound Ag8C24H16N8O20 have both a total energy of -503.57315009 eV and an experimental synthesis status of True?", "refer_dataset": "table62", "column names": ["formula", "energy_total", "synthesized"], "condition_column": ["formula", "energy_total", "synthesized"], "answer_column": [], "condition": {"formula": "Ag8C24H16N8O20", "energy_total": "-503.57315009", "synthesized": "True"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} have both a total energy of {} eV and an experimental synthesis status of {}?"} +{"question": "Is there a material where Pauling electronegativity (A) is 1.16, (B) is 1.6, and tolerance factor is 0.881?", "refer_dataset": "table3", "column names": ["χpa", "χpb", "t"], "condition_column": ["χpa", "χpb", "t"], "answer_column": [], "condition": {"χpa": "1.16", "χpb": "1.6", "t": "0.881"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where Pauling electronegativity (A) is {}, (B) is {}, and tolerance factor is {}?"} +{"question": "Can a material be stable (stability = 0.118493325625001) if its band gap is 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.118493325625001", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material be stable (stability = {}) if its band gap is {} eV?"} +{"question": "Is a bandgap energy of 2.2 eV achieved at a calcination temperature of 1573.0 K?", "refer_dataset": "table1", "column names": ["Eg(eV)", "Calcination temperature(K)"], "condition_column": ["Eg(eV)", "Calcination temperature(K)"], "answer_column": [], "condition": {"Eg(eV)": "2.2", "Calcination temperature(K)": "1573.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a bandgap energy of {} eV achieved at a calcination temperature of {} K?"} +{"question": "Has a neutral OVP of 15.0 mV been recorded for the sol-gel method?", "refer_dataset": "table13", "column names": ["Neutral_OVP", "Judge_Sol_Gel"], "condition_column": ["Neutral_OVP"], "answer_column": ["Judge_Sol_Gel"], "condition": {"Neutral_OVP": "15.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has a neutral OVP of {} mV been recorded for the sol-gel method?"} +{"question": "At 700℃, M3=W, and support SiO2, is methane conversion 25,3% and carbon deficit 0,5%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"Temp(℃)": "700", "M3": "W", "Support": "SiO2", "CH4 Conv(%)": "25,3", "C missing(%)": "0,5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, M3={}, and support {}, is methane conversion {}% and carbon deficit {}%?"} +{"question": "Is there a record where PBE0 method calculates HOMO energy level of -0.173 and Scharber voltage of 0.1075695185?", "refer_dataset": "table51", "column names": ["pbe0_homo", "pbe0_scharber_voc"], "condition_column": ["pbe0_homo", "pbe0_scharber_voc"], "answer_column": [], "condition": {"pbe0_homo": "-0.173", "pbe0_scharber_voc": "0.1075695185"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a record where PBE0 method calculates HOMO energy level of {} and Scharber voltage of {}?"} +{"question": "Is the radiation wavelength 1.5406 (type x-ray) paired with a journal volume 82.0?", "refer_dataset": "table38", "column names": ["wavelength", "radiation", "volume"], "condition_column": ["wavelength", "radiation", "volume"], "answer_column": [], "condition": {"wavelength": "1.5406", "radiation": "x-ray", "volume": "82.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the radiation wavelength {} (type {}) paired with a journal volume {}?"} +{"question": "Does job ID JVASP-987 contain a bulk material with energy -215.68428 and defective energy -206.98175275?", "refer_dataset": "table68", "column names": ["jid", "bulk_energy", "defective_energy"], "condition_column": ["jid", "bulk_energy", "defective_energy"], "answer_column": [], "condition": {"jid": "JVASP-987", "bulk_energy": "-215.68428", "defective_energy": "-206.98175275"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} contain a bulk material with energy {} and defective energy {}?"} +{"question": "Is there a study from Peoples R China published in a journal with an impact factor of 2.293?", "refer_dataset": "table13", "column names": ["Country", "IF"], "condition_column": ["Country", "IF"], "answer_column": [], "condition": {"Country": "Peoples R China", "IF": "2.293"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a study from {} published in a journal with an impact factor of {}?"} +{"question": "Is there a surfactant at 0.0% wt., polymer at 0.675% wt., and solvent at 0.0% vol. in the same formulation?", "refer_dataset": "table42", "column names": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "condition_column": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "answer_column": [], "condition": {"Surfactant, % wt.": "0.0", "Polymer, % wt.": "0.675", "Solvent, % vol.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surfactant at {}% wt., polymer at {}% wt., and solvent at {}% vol. in the same formulation?"} +{"question": "Is the HM symbol P321 paired with the HALL symbol P32\"?", "refer_dataset": "table31", "column names": ["9", "10"], "condition_column": ["9", "10"], "answer_column": [], "condition": {"9": "P321", "10": "P32\""}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the HM symbol {} paired with the HALL symbol {}?"} +{"question": "Is the volumetric surface area of 2397.4 m²/cm³ combined with a CO₂ adsorption pressure of [0.01, 0.05, 0.1, 0.5, 2.5] bar linked to a minimum adsorption capacity of 0.0239195?", "refer_dataset": "table50", "column names": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "condition_column": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2cm3": "2397.4", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "min_co2_adsp": "0.0239195"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the volumetric surface area of {} m²/cm³ combined with a CO₂ adsorption pressure of {} bar linked to a minimum adsorption capacity of {}?"} +{"question": "Are there materials with formula Nb4CoSi, mu_b = 0.0, elastic anisotropy of 0.03, and a shear modulus exceeding 97.0?", "refer_dataset": "table56", "column names": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "condition_column": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "answer_column": [], "condition": {"formula": "Nb4CoSi", "mu_b": "0.0", "elastic anisotropy": "0.03", "shear modulus": "97.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with formula {}, mu_b = {}, elastic anisotropy of {}, and a shear modulus exceeding {}?"} +{"question": "Is a unit cell volume of 699.0 with uncertainty 0.1 part of an entry published in year 2009.0?", "refer_dataset": "table38", "column names": ["vol", "sigvol", "year"], "condition_column": ["vol", "sigvol", "year"], "answer_column": [], "condition": {"vol": "699.0", "sigvol": "0.1", "year": "2009.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a unit cell volume of {} with uncertainty {} part of an entry published in year {}?"} +{"question": "Do densities of elements A and B (ρa 3.62 g/cm³, ρb 4.68 g/cm³) coexist with tolerance factor (t) 0.874?", "refer_dataset": "table2", "column names": ["ρa", "ρb", "t"], "condition_column": ["ρa", "ρb", "t"], "answer_column": [], "condition": {"ρa": "3.62", "ρb": "4.68", "t": "0.874"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do densities of elements A and B (ρa {} g/cm³, ρb {} g/cm³) coexist with tolerance factor (t) {}?"} +{"question": "Is there a composition with Base Be and CH4Ead of 1.1576423282?", "refer_dataset": "table24", "column names": ["Base", "CH4Ead"], "condition_column": ["Base", "CH4Ead"], "answer_column": [], "condition": {"Base": "Be", "CH4Ead": "1.1576423282"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a composition with Base {} and CH4Ead of {}?"} +{"question": "Is the combination of a UV–VIS light source, 2.83 eV bandgap, and − 0.61 V CB edge present?", "refer_dataset": "table10", "column names": ["light source", "Eg(eV)", "CB edge(V)"], "condition_column": ["light source", "Eg(eV)", "CB edge(V)"], "answer_column": [], "condition": {"light source": "UV–VIS", "Eg(eV)": "2.83", "CB edge(V)": "− 0.61"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of a {} light source, {} eV bandgap, and {} V CB edge present?"} +{"question": "Are there nonmetals with a density greater than 0.9 g/cm³?", "refer_dataset": "table36", "column names": ["Density", "IsNonmetal"], "condition_column": ["Density"], "answer_column": ["IsNonmetal"], "condition": {"Density": "0.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there nonmetals with a density greater than {} g/cm³?"} +{"question": "Can entry 472983.0 simultaneously have a band gap above 0.0 eV and stability below 0.35674995435345?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_entry_id": "472983.0", "_oqmd_band_gap": "0.0", "_oqmd_stability": "0.35674995435345"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} simultaneously have a band gap above {} eV and stability below {}?"} +{"question": "Does a material using primary anion X as S have a surface area of 65.6 m²/g?", "refer_dataset": "table4", "column names": ["X", "Surface Area(m2/g)"], "condition_column": ["X", "Surface Area(m2/g)"], "answer_column": [], "condition": {"X": "S", "Surface Area(m2/g)": "65.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material using primary anion X as {} have a surface area of {} m²/g?"} +{"question": "Does an element in group 16 with a BCC volume per atom of 7.33 ų exhibit a thermal expansion coefficient of 780 (10^-6 K⁻¹)?", "refer_dataset": "table36", "column names": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "condition_column": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "answer_column": [], "condition": {"Group": "16", "BCCvolume_pa": "7.33", "Coeficient of Thermal Expansion (10^-6 K-1)": "780"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an element in group {} with a BCC volume per atom of {} ų exhibit a thermal expansion coefficient of {} (10^-6 K⁻¹)?"} +{"question": "Does the institution CAS Ctr Excellence Nanosci have a cited article with 64 citations?", "refer_dataset": "table13", "column names": ["Facility", "Cited_Time"], "condition_column": ["Facility", "Cited_Time"], "answer_column": [], "condition": {"Facility": "CAS Ctr Excellence Nanosci", "Cited_Time": "64"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the institution {} have a cited article with {} citations?"} +{"question": "Are there entries with C2 yield classified as 0.0 under contact time of 3.44?", "refer_dataset": "table20", "column names": ["C2-yield-class", "Contact-times"], "condition_column": ["C2-yield-class", "Contact-times"], "answer_column": [], "condition": {"C2-yield-class": "0.0", "Contact-times": "3.44"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries with C2 yield classified as {} under contact time of {}?"} +{"question": "Is there a system using sacrificial agents Na2S and Na2SO3 under light type Xe achieving a production rate of 3200.0 μmol/g?", "refer_dataset": "table4", "column names": ["Sac. Agent1", "Sac. Agent2", "Light Type", "ProdRate(μmol/g)"], "condition_column": ["Sac. Agent1", "Sac. Agent2", "Light Type", "ProdRate(μmol/g)"], "answer_column": [], "condition": {"Sac. Agent1": "Na2S", "Sac. Agent2": "Na2SO3", "Light Type": "Xe", "ProdRate(μmol/g)": "3200.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a system using sacrificial agents {} and {} under light type {} achieving a production rate of {} μmol/g?"} +{"question": "Does the compound with formula Bi2Pt and job ID JVASP-76516 have a magnetic moment of 0.0?", "refer_dataset": "table48", "column names": ["formula", "jid", "magmom_oszicar"], "condition_column": ["formula", "jid", "magmom_oszicar"], "answer_column": [], "condition": {"formula": "Bi2Pt", "jid": "JVASP-76516", "magmom_oszicar": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with formula {} and job ID {} have a magnetic moment of {}?"} +{"question": "Is the compound referenced by doi https://doi.org/10.1107/S0108270113005143 assigned the dia topology?", "refer_dataset": "table62", "column names": ["doi", "topology"], "condition_column": ["doi", "topology"], "answer_column": [], "condition": {"doi": "https://doi.org/10.1107/S0108270113005143", "topology": "dia"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the compound referenced by doi {} assigned the {} topology?"} +{"question": "Does an Alkali metal have an atomic radius of exactly 1.55 Å?", "refer_dataset": "table36", "column names": ["Atomic Radius (Å)", "IsAlkali"], "condition_column": ["Atomic Radius (Å)"], "answer_column": ["IsAlkali"], "condition": {"Atomic Radius (Å)": "1.55"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an Alkali metal have an atomic radius of exactly {} Å?"} +{"question": "Do elements in period 2 have an atomic weight of 20.1797?", "refer_dataset": "table36", "column names": ["Period", "at. wt."], "condition_column": ["Period", "at. wt."], "answer_column": [], "condition": {"Period": "2", "at. wt.": "20.1797"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements in period {} have an atomic weight of {}?"} +{"question": "Is there an HEA with an Onset potential of 0.473971 V and 7.6% Pd?", "refer_dataset": "table15", "column names": ["Onset", "Pd"], "condition_column": ["Onset", "Pd"], "answer_column": [], "condition": {"Onset": "0.473971", "Pd": "7.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an HEA with an Onset potential of {} V and {}% Pd?"} +{"question": "Is there a surface structure with initial atomic configuration {'lattice_mat': [[11.57031755, 0.0, 0.0], [0.0, 8.18145, 0.0], [0.0, 0.0, 23.57031755]], 'coords': [[0.2916666, 0.41666667, 0.18408194], [0.7916665, 0.41666667, 0.42952446], [0.54166676, 0.91666667, 0.06136068], [0.04166666, 0.91666667, 0.3068032], [0.04166666, 0.91666667, 0.06136068], [0.54166655, 0.91666667, 0.3068032], [0.79166671, 0.41666667, 0.18408194], [0.2916666, 0.41666667, 0.42952446], [0.54166676, 0.66666667, 0.18408194], [0.04166666, 0.66666667, 0.42952446], [0.79166671, 0.16666667, 0.06136068], [0.2916666, 0.16666667, 0.3068032], [0.29166682, 0.16666667, 0.06136068], [0.79166671, 0.16666667, 0.3068032], [0.04166666, 0.66666667, 0.18408194], [0.54166655, 0.66666667, 0.42952446], [0.29166682, 0.66666667, 0.06136068], [0.79166671, 0.66666667, 0.3068032], [0.04166666, 0.16666667, 0.18408194], [0.54166655, 0.16666667, 0.42952446], [0.54166676, 0.16666667, 0.18408194], [0.04166666, 0.16666667, 0.42952446], [0.79166671, 0.66666667, 0.06136068], [0.2916666, 0.66666667, 0.3068032]], 'elements': ['Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br'], 'abc': [11.57032, 8.18145, 23.57032], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} and final atomic configuration {'lattice_mat': [[8.09651407, 0.0, 0.0], [0.0, 5.7251, 0.0], [0.0, 0.0, 24.1447711]], 'coords': [[0.99999981, 0.68146271, 0.06086278], [0.49999966, 0.60857113, 0.21126278], [2.5e-07, 0.60450687, 0.38148209], [0.75000027, 0.10456115, 0.12144396], [0.25000001, 0.10849083, 0.29178767], [0.75000022, 0.18129334, 0.44194894], [0.24999965, 0.10455897, 0.12144284], [0.75000027, 0.1084906, 0.29178792], [0.25000044, 0.18129285, 0.44194879], [0.49999976, 0.68146242, 0.06086385], [4.9e-07, 0.60857107, 0.21126274], [0.50000021, 0.60450666, 0.38148193], [0.74999899, 0.88915755, 0.0319661], [0.2499999, 0.86101255, 0.20791775], [0.75000011, 0.85553504, 0.37628461], [0.49999957, 0.35588625, 0.12685199], [1.7e-07, 0.3608698, 0.29524932], [0.50000002, 0.38865716, 0.47093034], [1.6e-07, 0.35588661, 0.12685169], [0.50000003, 0.36086918, 0.29524931], [5.2e-07, 0.3886569, 0.47093033], [0.24999923, 0.88915384, 0.03196537], [0.75000006, 0.86101176, 0.20791807], [0.25000023, 0.85553477, 0.3762843]], 'elements': ['Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [8.09651, 5.7251, 24.14477], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} where the surface energy is -0.1744817920972633?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_atoms", "surf_en"], "condition_column": ["initial_atoms", "final_atoms", "surf_en"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[11.57031755, 0.0, 0.0], [0.0, 8.18145, 0.0], [0.0, 0.0, 23.57031755]], 'coords': [[0.2916666, 0.41666667, 0.18408194], [0.7916665, 0.41666667, 0.42952446], [0.54166676, 0.91666667, 0.06136068], [0.04166666, 0.91666667, 0.3068032], [0.04166666, 0.91666667, 0.06136068], [0.54166655, 0.91666667, 0.3068032], [0.79166671, 0.41666667, 0.18408194], [0.2916666, 0.41666667, 0.42952446], [0.54166676, 0.66666667, 0.18408194], [0.04166666, 0.66666667, 0.42952446], [0.79166671, 0.16666667, 0.06136068], [0.2916666, 0.16666667, 0.3068032], [0.29166682, 0.16666667, 0.06136068], [0.79166671, 0.16666667, 0.3068032], [0.04166666, 0.66666667, 0.18408194], [0.54166655, 0.66666667, 0.42952446], [0.29166682, 0.66666667, 0.06136068], [0.79166671, 0.66666667, 0.3068032], [0.04166666, 0.16666667, 0.18408194], [0.54166655, 0.16666667, 0.42952446], [0.54166676, 0.16666667, 0.18408194], [0.04166666, 0.16666667, 0.42952446], [0.79166671, 0.66666667, 0.06136068], [0.2916666, 0.66666667, 0.3068032]], 'elements': ['Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br', 'Br'], 'abc': [11.57032, 8.18145, 23.57032], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_atoms": "{'lattice_mat': [[8.09651407, 0.0, 0.0], [0.0, 5.7251, 0.0], [0.0, 0.0, 24.1447711]], 'coords': [[0.99999981, 0.68146271, 0.06086278], [0.49999966, 0.60857113, 0.21126278], [2.5e-07, 0.60450687, 0.38148209], [0.75000027, 0.10456115, 0.12144396], [0.25000001, 0.10849083, 0.29178767], [0.75000022, 0.18129334, 0.44194894], [0.24999965, 0.10455897, 0.12144284], [0.75000027, 0.1084906, 0.29178792], [0.25000044, 0.18129285, 0.44194879], [0.49999976, 0.68146242, 0.06086385], [4.9e-07, 0.60857107, 0.21126274], [0.50000021, 0.60450666, 0.38148193], [0.74999899, 0.88915755, 0.0319661], [0.2499999, 0.86101255, 0.20791775], [0.75000011, 0.85553504, 0.37628461], [0.49999957, 0.35588625, 0.12685199], [1.7e-07, 0.3608698, 0.29524932], [0.50000002, 0.38865716, 0.47093034], [1.6e-07, 0.35588661, 0.12685169], [0.50000003, 0.36086918, 0.29524931], [5.2e-07, 0.3886569, 0.47093033], [0.24999923, 0.88915384, 0.03196537], [0.75000006, 0.86101176, 0.20791807], [0.25000023, 0.85553477, 0.3762843]], 'elements': ['Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [8.09651, 5.7251, 24.14477], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "surf_en": "-0.1744817920972633"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surface structure with initial atomic configuration {} and final atomic configuration {} where the surface energy is {}?"} +{"question": "Is the surfactant type Sodium dodecylsulfate used at a concentration of 0.13% wt.?", "refer_dataset": "table42", "column names": ["Surfactant type", "Surfactant, % wt."], "condition_column": ["Surfactant type", "Surfactant, % wt."], "answer_column": [], "condition": {"Surfactant type": "Sodium dodecylsulfate", "Surfactant, % wt.": "0.13"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the surfactant type {} used at a concentration of {}% wt.?"} +{"question": "Does a molar ratio of A as 0.458 correlate with a catalyst weight of 0.5 g/L?", "refer_dataset": "table4", "column names": ["A mole", "CatW(g/L)"], "condition_column": ["A mole", "CatW(g/L)"], "answer_column": [], "condition": {"A mole": "0.458", "CatW(g/L)": "0.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a molar ratio of A as {} correlate with a catalyst weight of {} g/L?"} +{"question": "Under fixed catalyst dosage 0.1 g/L, does antibiotic concentration 50 mg/L at pH 4.1 yield 50.0% efficiency?", "refer_dataset": "table6", "column names": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "condition_column": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Catalyst dosage (g/L)": "0.1", "Antibiotic dosage (mg/L)": "50", "pH": "4.1", "Degradation efficiency (%)": "50.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under fixed catalyst dosage {} g/L, does antibiotic concentration {} mg/L at pH {} yield {}% efficiency?"} +{"question": "Is the HM symbol P63cm paired with the HALL symbol P6c-2?", "refer_dataset": "table31", "column names": ["9", "10"], "condition_column": ["9", "10"], "answer_column": [], "condition": {"9": "P63cm", "10": "P6c-2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the HM symbol {} paired with the HALL symbol {}?"} +{"question": "Is the combination of Support Si, M3 none, and Pch4 0.87 atm documented with C2y 0.3%?", "refer_dataset": "table28", "column names": ["Support", "M3", "Pch4", "C2y"], "condition_column": ["Support", "M3", "Pch4", "C2y"], "answer_column": [], "condition": {"Support": "Si", "M3": "none", "Pch4": "0.87", "C2y": "0.3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of Support {}, M3 {}, and Pch4 {} atm documented with C2y {}%?"} +{"question": "Are there materials in space group {'symprec': 0.1, 'source': 'spglib', 'symbol': 'R3', 'number': 146, 'point_group': '3', 'crystal_system': 'trigonal', 'hall': 'R 3'} with a unit cell volume of 432.0547754485274?", "refer_dataset": "table55", "column names": ["spacegroup", "volume"], "condition_column": ["spacegroup", "volume"], "answer_column": [], "condition": {"spacegroup": "{'symprec': 0.1, 'source': 'spglib', 'symbol': 'R3', 'number': 146, 'point_group': '3', 'crystal_system': 'trigonal', 'hall': 'R 3'}", "volume": "432.0547754485274"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with a unit cell volume of {}?"} +{"question": "Are substitutions B1:Cr and X:O combined with 20.0% alcohol effective for bandgap 2.85 eV?", "refer_dataset": "table4", "column names": ["B1", "X", "Alcohol%", "BandGap(eV)"], "condition_column": ["B1", "X", "Alcohol%", "BandGap(eV)"], "answer_column": [], "condition": {"B1": "Cr", "X": "O", "Alcohol%": "20.0", "BandGap(eV)": "2.85"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are substitutions B1:{} and X:{} combined with {}% alcohol effective for bandgap {} eV?"} +{"question": "Does the material with ICSD number 77184 exhibit a NM magnetic ordering?", "refer_dataset": "table63", "column names": ["ICSD_number", "Magnetic_ordering"], "condition_column": ["ICSD_number", "Magnetic_ordering"], "answer_column": [], "condition": {"ICSD_number": "77184", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ICSD number {} exhibit a {} magnetic ordering?"} +{"question": "Does experiment 94 have a reaction temperature of 25.0°C?", "refer_dataset": "table7", "column names": ["Exp", "Rxn_Temp"], "condition_column": ["Exp", "Rxn_Temp"], "answer_column": [], "condition": {"Exp": "94", "Rxn_Temp": "25.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does experiment {} have a reaction temperature of {}°C?"} +{"question": "Does a free SASA mean of 633.6142888065248 correlate with a gyration radius mean of 3.0341456430023954?", "refer_dataset": "table41", "column names": ["free_sasa_mean_0", "gyration_radius_mean_0"], "condition_column": ["free_sasa_mean_0", "gyration_radius_mean_0"], "answer_column": [], "condition": {"free_sasa_mean_0": "633.6142888065248", "gyration_radius_mean_0": "3.0341456430023954"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a free SASA mean of {} correlate with a gyration radius mean of {}?"} +{"question": "Is there a degradation rate of C% when using a dopant of 47.0?", "refer_dataset": "table8", "column names": ["Dopant", "Degradation rate(%)"], "condition_column": ["Dopant", "Degradation rate(%)"], "answer_column": [], "condition": {"Dopant": "C", "Degradation rate(%)": "47.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a degradation rate of {}% when using a dopant of {}?"} +{"question": "Does the post-simulation atomic structure {'lattice_mat': [[11.22834657, 0.0, 0.0], [0.0, 7.93964, 0.0], [0.0, 0.0, 28.84251985]], 'coords': [[0.04165597, 0.4062768, 0.18278828], [0.54165885, 0.4080295, 0.36967023], [0.04169691, 0.41591314, 0.53972138], [0.29164294, 0.91611032, 0.04443811], [0.79166547, 0.90811427, 0.21445632], [0.29166036, 0.90584014, 0.40118055], [0.79166006, 0.91610653, 0.0444393], [0.29165994, 0.90811475, 0.2144549], [0.79166884, 0.90583296, 0.4011819], [0.54166558, 0.40628024, 0.18278809], [0.04165273, 0.40803124, 0.36966998], [0.54170872, 0.41591431, 0.53972503], [0.29164984, 0.58855931, 0.12471719], [0.79166285, 0.59283379, 0.31455142], [0.29168111, 0.7733388, 0.52850493], [0.5416496, 0.27272065, 0.05543966], [0.04165552, 0.09316688, 0.26940285], [0.54169216, 0.08843865, 0.459038], [0.04164891, 0.27268532, 0.0554414], [0.54166713, 0.09316603, 0.26940294], [0.04166388, 0.0884417, 0.45903879], [0.79166848, 0.588559, 0.12471753], [0.29165378, 0.59283019, 0.31455171], [0.79167979, 0.77330115, 0.52850609], [0.04165799, 0.65897939, 0.07110876], [0.54166876, 0.70118528, 0.2710442], [0.04166551, 0.70481591, 0.45631428], [0.79166297, 0.20499384, 0.12776723], [0.29165806, 0.20104433, 0.31300494], [0.79169817, 0.15962385, 0.51238641], [0.29166245, 0.20499023, 0.12776717], [0.79166493, 0.20104536, 0.31300583], [0.29170977, 0.15966526, 0.51234684], [0.5416594, 0.65905063, 0.07112566], [0.04165822, 0.70118325, 0.27104399], [0.54166436, 0.70481701, 0.45631472]], 'elements': ['Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb'], 'abc': [11.22835, 7.93964, 28.84252], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} have an average maximum potential of 4.90124480902507?", "refer_dataset": "table66", "column names": ["final_atoms", "avg_max"], "condition_column": ["final_atoms", "avg_max"], "answer_column": [], "condition": {"final_atoms": "{'lattice_mat': [[11.22834657, 0.0, 0.0], [0.0, 7.93964, 0.0], [0.0, 0.0, 28.84251985]], 'coords': [[0.04165597, 0.4062768, 0.18278828], [0.54165885, 0.4080295, 0.36967023], [0.04169691, 0.41591314, 0.53972138], [0.29164294, 0.91611032, 0.04443811], [0.79166547, 0.90811427, 0.21445632], [0.29166036, 0.90584014, 0.40118055], [0.79166006, 0.91610653, 0.0444393], [0.29165994, 0.90811475, 0.2144549], [0.79166884, 0.90583296, 0.4011819], [0.54166558, 0.40628024, 0.18278809], [0.04165273, 0.40803124, 0.36966998], [0.54170872, 0.41591431, 0.53972503], [0.29164984, 0.58855931, 0.12471719], [0.79166285, 0.59283379, 0.31455142], [0.29168111, 0.7733388, 0.52850493], [0.5416496, 0.27272065, 0.05543966], [0.04165552, 0.09316688, 0.26940285], [0.54169216, 0.08843865, 0.459038], [0.04164891, 0.27268532, 0.0554414], [0.54166713, 0.09316603, 0.26940294], [0.04166388, 0.0884417, 0.45903879], [0.79166848, 0.588559, 0.12471753], [0.29165378, 0.59283019, 0.31455171], [0.79167979, 0.77330115, 0.52850609], [0.04165799, 0.65897939, 0.07110876], [0.54166876, 0.70118528, 0.2710442], [0.04166551, 0.70481591, 0.45631428], [0.79166297, 0.20499384, 0.12776723], [0.29165806, 0.20104433, 0.31300494], [0.79169817, 0.15962385, 0.51238641], [0.29166245, 0.20499023, 0.12776717], [0.79166493, 0.20104536, 0.31300583], [0.29170977, 0.15966526, 0.51234684], [0.5416594, 0.65905063, 0.07112566], [0.04165822, 0.70118325, 0.27104399], [0.54166436, 0.70481701, 0.45631472]], 'elements': ['Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Ba', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Tl', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb'], 'abc': [11.22835, 7.93964, 28.84252], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "avg_max": "4.90124480902507"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the post-simulation atomic structure {} have an average maximum potential of {}?"} +{"question": "Does a synthesis time of 34 min 30 sec minutes occur with stirring at 770 rpm and temperature 76°C?", "refer_dataset": "table42", "column names": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "condition_column": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "answer_column": [], "condition": {"Synthesis time": "34 min 30 sec", "Stirring, rpm": "770", "Temperature, C": "76"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a synthesis time of {} minutes occur with stirring at {} rpm and temperature {}°C?"} +{"question": "If the valence band maximum is 6.4261 and the conduction band minimum is 6.9787, is the band alignment offset 0.8230729226123605?", "refer_dataset": "table52", "column names": ["optb88vdw_vbm", "optb88vdw_cbm", "offset"], "condition_column": ["optb88vdw_vbm", "optb88vdw_cbm", "offset"], "answer_column": [], "condition": {"optb88vdw_vbm": "6.4261", "optb88vdw_cbm": "6.9787", "offset": "0.8230729226123605"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the valence band maximum is {} and the conduction band minimum is {}, is the band alignment offset {}?"} +{"question": "Is there a catalyst coded 1-1 with a C2 yield of 1.224734561% at 900°C?", "refer_dataset": "table21", "column names": ["Code", "C2 yield (%)", "Temp. (°C)"], "condition_column": ["Code", "C2 yield (%)", "Temp. (°C)"], "answer_column": [], "condition": {"Code": "1-1", "C2 yield (%)": "1.224734561", "Temp. (°C)": "900"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst coded {} with a C2 yield of {}% at {}°C?"} +{"question": "Is there a surface structure with initial atomic configuration {'lattice_mat': [[8.00292141, 0.0, 0.0], [0.0, 5.65892, 0.0], [0.0, 0.0, 24.00438212]], 'coords': [[0.99999982, 0.625, 0.04167423], [0.49999991, 0.625, 0.20837134], [0.0, 0.625, 0.37506845], [0.74999996, 0.125, 0.12502279], [0.25000004, 0.125, 0.29171989], [0.75000013, 0.125, 0.458417], [0.24999987, 0.125, 0.12502279], [0.74999996, 0.125, 0.29171989], [0.25000004, 0.125, 0.458417], [0.49999991, 0.625, 0.04167423], [0.0, 0.625, 0.20837134], [0.50000009, 0.625, 0.37506845], [0.24999987, 0.375, 0.04167423], [0.74999996, 0.375, 0.20837134], [0.25000004, 0.375, 0.37506845], [0.0, 0.875, 0.12502279], [0.50000009, 0.875, 0.29171989], [1.8e-07, 0.875, 0.458417], [0.49999991, 0.875, 0.12502279], [0.0, 0.875, 0.29171989], [0.50000009, 0.875, 0.458417], [0.74999996, 0.375, 0.04167423], [0.25000004, 0.375, 0.20837134], [0.75000013, 0.375, 0.37506845]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te'], 'abc': [8.00292, 5.65892, 24.00438], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} and final atomic configuration {'lattice_mat': [[8.00292141, 0.0, 0.0], [0.0, 5.65892, 0.0], [0.0, 0.0, 24.00438212]], 'coords': [[-1.64e-06, 0.55949428, 0.07600698], [0.49999658, 0.62950481, 0.21366333], [-1.34e-06, 0.62584928, 0.36201391], [0.7500032, 0.13192405, 0.13600528], [0.25000348, 0.13198531, 0.29566347], [0.75001729, 0.08025652, 0.42164777], [0.24998896, 0.13192336, 0.13600595], [0.75000374, 0.1319788, 0.29566189], [0.24998589, 0.08027091, 0.42164454], [0.49999101, 0.55949703, 0.07600737], [-5.29e-06, 0.629493, 0.21366654], [0.50000369, 0.62587167, 0.362022], [0.24999542, 0.36247006, 0.05105005], [0.74999762, 0.38780338, 0.2168637], [0.2500016, 0.41330016, 0.37172344], [-5.7e-06, 0.88902797, 0.13490498], [0.50000822, 0.89500332, 0.28858174], [1.03e-06, 0.89332962, 0.43242953], [0.49999439, 0.88903679, 0.13490226], [7.84e-06, 0.89500809, 0.2885825], [0.50000195, 0.89336629, 0.43242279], [0.75000512, 0.3624909, 0.05104537], [0.25000365, 0.38780162, 0.21685733], [0.75000327, 0.41331276, 0.37172208]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te'], 'abc': [8.00292, 5.65892, 24.00438], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} where the surface energy is 2.200683346050457?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_atoms", "surf_en"], "condition_column": ["initial_atoms", "final_atoms", "surf_en"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[8.00292141, 0.0, 0.0], [0.0, 5.65892, 0.0], [0.0, 0.0, 24.00438212]], 'coords': [[0.99999982, 0.625, 0.04167423], [0.49999991, 0.625, 0.20837134], [0.0, 0.625, 0.37506845], [0.74999996, 0.125, 0.12502279], [0.25000004, 0.125, 0.29171989], [0.75000013, 0.125, 0.458417], [0.24999987, 0.125, 0.12502279], [0.74999996, 0.125, 0.29171989], [0.25000004, 0.125, 0.458417], [0.49999991, 0.625, 0.04167423], [0.0, 0.625, 0.20837134], [0.50000009, 0.625, 0.37506845], [0.24999987, 0.375, 0.04167423], [0.74999996, 0.375, 0.20837134], [0.25000004, 0.375, 0.37506845], [0.0, 0.875, 0.12502279], [0.50000009, 0.875, 0.29171989], [1.8e-07, 0.875, 0.458417], [0.49999991, 0.875, 0.12502279], [0.0, 0.875, 0.29171989], [0.50000009, 0.875, 0.458417], [0.74999996, 0.375, 0.04167423], [0.25000004, 0.375, 0.20837134], [0.75000013, 0.375, 0.37506845]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te'], 'abc': [8.00292, 5.65892, 24.00438], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_atoms": "{'lattice_mat': [[8.00292141, 0.0, 0.0], [0.0, 5.65892, 0.0], [0.0, 0.0, 24.00438212]], 'coords': [[-1.64e-06, 0.55949428, 0.07600698], [0.49999658, 0.62950481, 0.21366333], [-1.34e-06, 0.62584928, 0.36201391], [0.7500032, 0.13192405, 0.13600528], [0.25000348, 0.13198531, 0.29566347], [0.75001729, 0.08025652, 0.42164777], [0.24998896, 0.13192336, 0.13600595], [0.75000374, 0.1319788, 0.29566189], [0.24998589, 0.08027091, 0.42164454], [0.49999101, 0.55949703, 0.07600737], [-5.29e-06, 0.629493, 0.21366654], [0.50000369, 0.62587167, 0.362022], [0.24999542, 0.36247006, 0.05105005], [0.74999762, 0.38780338, 0.2168637], [0.2500016, 0.41330016, 0.37172344], [-5.7e-06, 0.88902797, 0.13490498], [0.50000822, 0.89500332, 0.28858174], [1.03e-06, 0.89332962, 0.43242953], [0.49999439, 0.88903679, 0.13490226], [7.84e-06, 0.89500809, 0.2885825], [0.50000195, 0.89336629, 0.43242279], [0.75000512, 0.3624909, 0.05104537], [0.25000365, 0.38780162, 0.21685733], [0.75000327, 0.41331276, 0.37172208]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te', 'Te'], 'abc': [8.00292, 5.65892, 24.00438], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "surf_en": "2.200683346050457"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surface structure with initial atomic configuration {} and final atomic configuration {} where the surface energy is {}?"} +{"question": "Are there instances where the final energy of -168.5512116 matches a conduction band minimum of 4.8565?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_cbm"], "condition_column": ["final_energy", "optb88vdw_cbm"], "answer_column": [], "condition": {"final_energy": "-168.5512116", "optb88vdw_cbm": "4.8565"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the final energy of {} matches a conduction band minimum of {}?"} +{"question": "Did Tianjin Univ institution use microwave synthesis in a study published on 2019-10-04 00:00:00 with an acid OVP of 0 mV?", "refer_dataset": "table13", "column names": ["Facility", "Indexed_Date", "Judge_Microwave", "Acid_OVP"], "condition_column": ["Facility", "Indexed_Date", "Judge_Microwave"], "answer_column": ["Acid_OVP"], "condition": {"Facility": "Tianjin Univ", "Indexed_Date": "2019-10-04 00:00:00", "Judge_Microwave": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Did {} institution use microwave synthesis in a study published on {} with an acid OVP of {} mV?"} +{"question": "Is there a catalyst named Mn-Na2WO4/BN with both ethylene yield 5.4% and CO selectivity 92.97%?", "refer_dataset": "table17", "column names": ["Name", "C2H4y", "COs"], "condition_column": ["Name", "C2H4y", "COs"], "answer_column": [], "condition": {"Name": "Mn-Na2WO4/BN", "C2H4y": "5.4", "COs": "92.97"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst named {} with both ethylene yield {}% and CO selectivity {}%?"} +{"question": "Is there a material with total magnetization of 0.5902862999999999 µB, formation energy of 0.13900621 eV, and direct band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["total_mag", "e_form", "band_gap_dir"], "condition_column": ["total_mag", "e_form", "band_gap_dir"], "answer_column": [], "condition": {"total_mag": "0.5902862999999999", "e_form": "0.13900621", "band_gap_dir": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with total magnetization of {} µB, formation energy of {} eV, and direct band gap of {} eV?"} +{"question": "Does M1 Na, at a temperature of 850°C, result in a CO yield of 22.8%?", "refer_dataset": "table25", "column names": ["M1", "Temp (oC)", "CO yield (%)"], "condition_column": ["M1", "Temp (oC)", "CO yield (%)"], "answer_column": [], "condition": {"M1": "Na", "Temp (oC)": "850", "CO yield (%)": "22.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M1 {}, at a temperature of {}°C, result in a CO yield of {}%?"} +{"question": "Was the CIF file 7021769.cif (type: Proper) generated for the compound with sub-family 10001.0 in 2013?", "refer_dataset": "table34", "column names": ["CIF_file_name", "CIF_type", "sub_family", "year"], "condition_column": ["CIF_file_name", "CIF_type", "sub_family", "year"], "answer_column": [], "condition": {"CIF_file_name": "7021769.cif", "CIF_type": "Proper", "sub_family": "10001.0", "year": "2013"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the CIF file {} (type: {}) generated for the compound with sub-family {} in {}?"} +{"question": "Do all 0.37 molar ratios of M2 correlate with C2 yields below 3.57%?", "refer_dataset": "table17", "column names": ["M2_mol", "C2y"], "condition_column": ["M2_mol", "C2y"], "answer_column": [], "condition": {"M2_mol": "0.37", "C2y": "3.57"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do all {} molar ratios of M2 correlate with C2 yields below {}%?"} +{"question": "Is there a 0.44 V vs. RHE catalyst in the 1.0 chemical environment with multiphase (Multiphase=1) and doping?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure", "Multiphase", "Doping"], "condition_column": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["Multiphase", "Doping"], "condition": {"-V vs. RHE V": "0.44", "Chemical Environment 1=electrolyte 2=pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} V vs. RHE catalyst in the {} chemical environment with multiphase (Multiphase=1) and doping?"} +{"question": "In Wyckoff position f, is the defective energy -2.98530497 paired with a formation energy of 1.10018?", "refer_dataset": "table68", "column names": ["wycoff", "defective_energy", "ef"], "condition_column": ["wycoff", "defective_energy", "ef"], "answer_column": [], "condition": {"wycoff": "f", "defective_energy": "-2.98530497", "ef": "1.10018"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In Wyckoff position {}, is the defective energy {} paired with a formation energy of {}?"} +{"question": "The superconducting material Ca0.31Sr0.7Ti1O3 (ID 3687) has a transition temperature of 0.1 K.", "refer_dataset": "table65", "column names": ["formula", "id", "Tc"], "condition_column": ["formula", "id", "Tc"], "answer_column": [], "condition": {"formula": "Ca0.31Sr0.7Ti1O3", "id": "3687", "Tc": "0.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The superconducting material {} (ID {}) has a transition temperature of {} K."} +{"question": "Is there a material with enthalpy (H) -70.14126586914062 and Gibbs free energy (G) of -24.15927505493164?", "refer_dataset": "table60", "column names": ["H", "G"], "condition_column": ["H", "G"], "answer_column": [], "condition": {"H": "-70.14126586914062", "G": "-24.15927505493164"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with enthalpy (H) {} and Gibbs free energy (G) of {}?"} +{"question": "Is there a material with the chemical formula Co4C48H32N8O16 and a total energy of -923.72268558 eV?", "refer_dataset": "table62", "column names": ["formula", "energy_total"], "condition_column": ["formula", "energy_total"], "answer_column": [], "condition": {"formula": "Co4C48H32N8O16", "energy_total": "-923.72268558"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and a total energy of {} eV?"} +{"question": "Does the article indexed on 2019-04-15 00:00:00 use the electrochemical corrosion method?", "refer_dataset": "table13", "column names": ["Indexed_Date", "Judge_Electrochemical_Corrosion"], "condition_column": ["Indexed_Date"], "answer_column": ["Judge_Electrochemical_Corrosion"], "condition": {"Indexed_Date": "2019-04-15 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the article indexed on {} use the electrochemical corrosion method?"} +{"question": "Does the catalyst in chemical environment 1.0 require a pH below 9.0?", "refer_dataset": "table12", "column names": ["Chemical Environment 1=electrolyte 2=pressure", "pH"], "condition_column": ["Chemical Environment 1=electrolyte 2=pressure", "pH"], "answer_column": [], "condition": {"Chemical Environment 1=electrolyte 2=pressure": "1.0", "pH": "9.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst in chemical environment {} require a pH below {}?"} +{"question": "When the conduction band minimum is 5.258, is the band alignment offset -0.9182967868328644?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset"], "condition_column": ["optb88vdw_cbm", "offset"], "answer_column": [], "condition": {"optb88vdw_cbm": "5.258", "offset": "-0.9182967868328644"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "When the conduction band minimum is {}, is the band alignment offset {}?"} +{"question": "Is adsorbed species CH* (key: 7) on the -211 surface linked to reaction energy 0.031 eV?", "refer_dataset": "table18", "column names": ["ab", "ab_key", "surfaces", "reaction_energy"], "condition_column": ["ab", "ab_key", "surfaces", "reaction_energy"], "answer_column": [], "condition": {"ab": "CH*", "ab_key": "7", "surfaces": "-211", "reaction_energy": "0.031"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is adsorbed species {} (key: {}) on the {} surface linked to reaction energy {} eV?"} +{"question": "Does a Carbonate ion concentration of 156 mM occur alongside a solvent percentage of 0.0%?", "refer_dataset": "table42", "column names": ["CO3 ion, mM", "Solvent, % vol."], "condition_column": ["CO3 ion, mM", "Solvent, % vol."], "answer_column": [], "condition": {"CO3 ion, mM": "156", "Solvent, % vol.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Carbonate ion concentration of {} mM occur alongside a solvent percentage of {}%?"} +{"question": "Is the compound Dy4C28H32N8O36 with a net magnetic moment of 0.0 μB also experimentally synthesized?", "refer_dataset": "table62", "column names": ["formula", "net_magmom", "synthesized"], "condition_column": ["formula", "net_magmom"], "answer_column": ["synthesized"], "condition": {"formula": "Dy4C28H32N8O36", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the compound {} with a net magnetic moment of {} μB also experimentally synthesized?"} +{"question": "Is the maximum CO₂ adsorption capacity of 3.78977 accompanied by a pore limiting diameter of 10.75 Å and volumetric surface area of 1865.9 m²/cm³?", "refer_dataset": "table50", "column names": ["max_co2_adsp", "pld", "surface_area_m2cm3"], "condition_column": ["max_co2_adsp", "pld", "surface_area_m2cm3"], "answer_column": [], "condition": {"max_co2_adsp": "3.78977", "pld": "10.75", "surface_area_m2cm3": "1865.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the maximum CO₂ adsorption capacity of {} accompanied by a pore limiting diameter of {} Å and volumetric surface area of {} m²/cm³?"} +{"question": "For ID 218, is there a record of formula BeH2 having energy -0.0656403766667?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "218", "formula": "BeH2", "formula_energy": "-0.0656403766667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For ID {}, is there a record of formula {} having energy {}?"} +{"question": "Are there mechanically resilient materials (bulk modulus > 57.0 and shear modulus > 20.0)?", "refer_dataset": "table56", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "57.0", "shear modulus": "20.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there mechanically resilient materials (bulk modulus > {} and shear modulus > {})?"} +{"question": "Is there a material with zero-point vibrational energy (zpve) of 2.028391122817993, internal energy (U) of -29.30160140991211, and heat capacity (Cv) of 10.097999572753906?", "refer_dataset": "table60", "column names": ["zpve", "U", "Cv"], "condition_column": ["zpve", "U", "Cv"], "answer_column": [], "condition": {"zpve": "2.028391122817993", "U": "-29.30160140991211", "Cv": "10.097999572753906"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with zero-point vibrational energy (zpve) of {}, internal energy (U) of {}, and heat capacity (Cv) of {}?"} +{"question": "Is there a material where HOMO energy is -7.219180583953857, LUMO energy is 2.1333725452423096, and the gap equals 9.352553367614746?", "refer_dataset": "table60", "column names": ["homo", "lumo", "gap"], "condition_column": ["homo", "lumo", "gap"], "answer_column": [], "condition": {"homo": "-7.219180583953857", "lumo": "2.1333725452423096", "gap": "9.352553367614746"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where HOMO energy is {}, LUMO energy is {}, and the gap equals {}?"} +{"question": "Does any material with A site H maintain a cycle1 performance of 400 over 3.0 hours?", "refer_dataset": "table5", "column names": ["A site", "cycle1", "Duration of cycles (h)"], "condition_column": ["A site", "cycle1", "Duration of cycles (h)"], "answer_column": [], "condition": {"A site": "H", "cycle1": "400", "Duration of cycles (h)": "3.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with A site {} maintain a cycle1 performance of {} over {} hours?"} +{"question": "Is there a sample where the zero-point vibrational energy is -3.14893653207103 and the heat capacity at constant volume is -6.18353212813309?", "refer_dataset": "table61", "column names": ["ZPVE", "Cv"], "condition_column": ["ZPVE", "Cv"], "answer_column": [], "condition": {"ZPVE": "-3.14893653207103", "Cv": "-6.18353212813309"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample where the zero-point vibrational energy is {} and the heat capacity at constant volume is {}?"} +{"question": "Does the article indexed on 2017-10-18 00:00:00 use the electrochemical corrosion method?", "refer_dataset": "table13", "column names": ["Indexed_Date", "Judge_Electrochemical_Corrosion"], "condition_column": ["Indexed_Date"], "answer_column": ["Judge_Electrochemical_Corrosion"], "condition": {"Indexed_Date": "2017-10-18 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the article indexed on {} use the electrochemical corrosion method?"} +{"question": "Are compounds with ncb topology reported to have a net magnetic moment of 0.0 μB?", "refer_dataset": "table62", "column names": ["topology", "net_magmom"], "condition_column": ["topology", "net_magmom"], "answer_column": [], "condition": {"topology": "ncb", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are compounds with {} topology reported to have a net magnetic moment of {} μB?"} +{"question": "Does the database include entries where ID = 472977.0, delta e = 0.143944374353451 eV, and band gap = 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472977.0", "_oqmd_delta_e": "0.143944374353451", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the database include entries where ID = {}, delta e = {} eV, and band gap = {} eV?"} +{"question": "Does a magnetic moment (mu_b) of 0.0002568 require a formation energy (e_form) of 0.1913959264583333 in materials with e_hull < 0.0016083399999999?", "refer_dataset": "table56", "column names": ["mu_b", "e_form", "e_hull"], "condition_column": ["mu_b", "e_form", "e_hull"], "answer_column": [], "condition": {"mu_b": "0.0002568", "e_form": "0.1913959264583333", "e_hull": "0.0016083399999999"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a magnetic moment (mu_b) of {} require a formation energy (e_form) of {} in materials with e_hull < {}?"} +{"question": "Is there a material with exfoliation energy per atom under 0.09579424083333343, magnetization over -0.0, and bandgap 0.9814000000000004?", "refer_dataset": "table67", "column names": ["exfoliation_energy_per_atom", "total_magnetization", "bandgap"], "condition_column": ["exfoliation_energy_per_atom", "total_magnetization", "bandgap"], "answer_column": [], "condition": {"exfoliation_energy_per_atom": "0.09579424083333343", "total_magnetization": "-0.0", "bandgap": "0.9814000000000004"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with exfoliation energy per atom under {}, magnetization over {}, and bandgap {}?"} +{"question": "Is M3 W with support BaO at 850.0°C associated with CH₄ conversion 16.4%?", "refer_dataset": "table26", "column names": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "condition_column": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "answer_column": [], "condition": {"M3": "W", "Support": "BaO", "Temp (oC)": "850.0", "CH4 Conv. (%)": "16.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 {} with support {} at {}°C associated with CH₄ conversion {}%?"} +{"question": "A sample calcined at 1423.0 K for 5.0 hours with co-catalyst Pt(0.4 wt％) exhibits RH2 of 63.0 µmol h⁻¹ g⁻¹.", "refer_dataset": "table1", "column names": ["Calcination temperature(K)", "Calcination time(h)", "Co-catalyst", "RH2(µmol h-1 g-1)"], "condition_column": ["Calcination temperature(K)", "Calcination time(h)", "Co-catalyst", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"Calcination temperature(K)": "1423.0", "Calcination time(h)": "5.0", "Co-catalyst": "Pt(0.4 wt％)", "RH2(µmol h-1 g-1)": "63.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A sample calcined at {} K for {} hours with co-catalyst {} exhibits RH2 of {} µmol h⁻¹ g⁻¹."} +{"question": "Does any perovskite with secondary A2 site Zn have a cycle3 measurement of 3220?", "refer_dataset": "table5", "column names": ["A2 site", "cycle3"], "condition_column": ["A2 site", "cycle3"], "answer_column": [], "condition": {"A2 site": "Zn", "cycle3": "3220"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any perovskite with secondary A2 site {} have a cycle3 measurement of {}?"} +{"question": "Does Material MIL-101 have a pore volume of 0.32 cm³/g and require 10 minutes of illumination for 50.0% efficiency?", "refer_dataset": "table6", "column names": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Material": "MIL-101", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "10", "Degradation efficiency (%)": "50.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Material {} have a pore volume of {} cm³/g and require {} minutes of illumination for {}% efficiency?"} +{"question": "Is there a material where tolerance factor (t) is 0.874 and density of element A (ρa) is 6.15 g/cm³?", "refer_dataset": "table2", "column names": ["t", "ρa"], "condition_column": ["t", "ρa"], "answer_column": [], "condition": {"t": "0.874", "ρa": "6.15"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where tolerance factor (t) is {} and density of element A (ρa) is {} g/cm³?"} +{"question": "Does higher CO selectivity than 84.95% always correspond to CO2 yields below 6.01%?", "refer_dataset": "table17", "column names": ["COs", "CO2y"], "condition_column": ["COs", "CO2y"], "answer_column": [], "condition": {"COs": "84.95", "CO2y": "6.01"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does higher CO selectivity than {}% always correspond to CO2 yields below {}%?"} +{"question": "Are materials with a B-site f-orbital unfilled range of 0 correlated with an energy above hull of 59.6349893815?", "refer_dataset": "table37", "column names": ["Bsite_NfUnfilled_range", "EnergyAboveHull"], "condition_column": ["Bsite_NfUnfilled_range", "EnergyAboveHull"], "answer_column": [], "condition": {"Bsite_NfUnfilled_range": "0", "EnergyAboveHull": "59.6349893815"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials with a B-site f-orbital unfilled range of {} correlated with an energy above hull of {}?"} +{"question": "Is Yue Hin Pong listed as both the submitter and an author of the paper?", "refer_dataset": "table45", "column names": ["submitter", "authors"], "condition_column": ["submitter"], "answer_column": ["authors"], "condition": {"submitter": "Yue Hin Pong"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is {} listed as both the submitter and an author of the paper?"} +{"question": "Are octahedral ionic ratios of 0.392857142857 and 0.921958457009 TF ionic contributions compatible with formation energies of -1.90326175396?", "refer_dataset": "table37", "column names": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "condition_column": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "answer_column": [], "condition": {"octahedral_factor_ionic": "0.392857142857", "goldschmidt_TF_ionic": "0.921958457009", "Formation_energy": "-1.90326175396"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are octahedral ionic ratios of {} and {} TF ionic contributions compatible with formation energies of {}?"} +{"question": "Does surface area 922.75 m²/g, pore volume 0.32 cm³/g, and illumination 5 minutes collectively result in 19.0% degradation efficiency?", "refer_dataset": "table6", "column names": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Surface area (m2/g)": "922.75", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "5", "Degradation efficiency (%)": "19.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface area {} m²/g, pore volume {} cm³/g, and illumination {} minutes collectively result in {}% degradation efficiency?"} +{"question": "Is there an unaccounted data entry when C2 yield is 26.2%?", "refer_dataset": "table19", "column names": ["C2 yield", "Missing"], "condition_column": ["C2 yield"], "answer_column": ["Missing"], "condition": {"C2 yield": "26.2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an unaccounted data entry when C2 yield is {}%?"} +{"question": "If the conduction band minimum is 3.6149, is the valence band maximum 3.4979?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm"], "answer_column": [], "condition": {"optb88vdw_cbm": "3.6149", "optb88vdw_vbm": "3.4979"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the conduction band minimum is {}, is the valence band maximum {}?"} +{"question": "Is there a crystal with lattice parameters a = 5.98, b = 5.458, and c = 7.153 in the same entry?", "refer_dataset": "table38", "column names": ["a", "b", "c"], "condition_column": ["a", "b", "c"], "answer_column": [], "condition": {"a": "5.98", "b": "5.458", "c": "7.153"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a crystal with lattice parameters a = {}, b = {}, and c = {} in the same entry?"} +{"question": "The dataset contains a record with B3LYP HOMO energy level of -0.193, BP86 gap of 0.054, and M06 Scharber voltage of 1.821886742.", "refer_dataset": "table51", "column names": ["b3lyp_homo", "bp86_gap", "m06_scharber_voc"], "condition_column": ["b3lyp_homo", "bp86_gap", "m06_scharber_voc"], "answer_column": [], "condition": {"b3lyp_homo": "-0.193", "bp86_gap": "0.054", "m06_scharber_voc": "1.821886742"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The dataset contains a record with B3LYP HOMO energy level of {}, BP86 gap of {}, and M06 Scharber voltage of {}."} +{"question": "Is the SCF valence band maximum 0.922 identical to the surface valence band maximum -0.5508?", "refer_dataset": "table66", "column names": ["scf_vbm", "surf_vbm"], "condition_column": ["scf_vbm", "surf_vbm"], "answer_column": [], "condition": {"scf_vbm": "0.922", "surf_vbm": "-0.5508"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the SCF valence band maximum {} identical to the surface valence band maximum {}?"} +{"question": "Is the combination of Support Ca, M3 none, and Pch4 0.91 atm documented with C2y 4.8%?", "refer_dataset": "table28", "column names": ["Support", "M3", "Pch4", "C2y"], "condition_column": ["Support", "M3", "Pch4", "C2y"], "answer_column": [], "condition": {"Support": "Ca", "M3": "none", "Pch4": "0.91", "C2y": "4.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of Support {}, M3 {}, and Pch4 {} atm documented with C2y {}%?"} +{"question": "Are materials with substitution X1 as S irradiated by a Hg light source?", "refer_dataset": "table4", "column names": ["X1", "Light Type"], "condition_column": ["X1", "Light Type"], "answer_column": [], "condition": {"X1": "S", "Light Type": "Hg"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials with substitution X1 as {} irradiated by a {} light source?"} +{"question": "Is there a OptB88vdW method calculation with OptB88vdW total energy -3.96292 eV and MBJ bandgap na eV?", "refer_dataset": "table48", "column names": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "condition_column": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-3.96292", "mbj_bandgap": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} method calculation with OptB88vdW total energy {} eV and MBJ bandgap {} eV?"} +{"question": "Can entry 472983.0 have thermodynamic stability of 1.108689691446625 alongside a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472983.0", "_oqmd_stability": "1.108689691446625", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} have thermodynamic stability of {} alongside a band gap of {} eV?"} +{"question": "Does material formula Ti3Cu3O exhibit vacancy formation energy data?", "refer_dataset": "table53", "column names": ["formula", "vac_dat"], "condition_column": ["formula"], "answer_column": ["vac_dat"], "condition": {"formula": "Ti3Cu3O"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material formula {} exhibit vacancy formation energy data?"} +{"question": "Does a methane conversion of -1.4% paired with oxygen conversion of -0.3% yield a C2H4 yield of 0.0%?", "refer_dataset": "table25", "column names": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "condition_column": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "answer_column": [], "condition": {"CH4 Conv. (%)": "-1.4", "O2 Conv. (%)": "-0.3", "C2H4 yield (%)": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion of {}% paired with oxygen conversion of {}% yield a C2H4 yield of {}%?"} +{"question": "Does element A's ionization energy (I1a) of 5.91 eV occur with a radius ratio (Ra/Rb) of 1.863?", "refer_dataset": "table2", "column names": ["I1a", "Ra/Rb"], "condition_column": ["I1a", "Ra/Rb"], "answer_column": [], "condition": {"I1a": "5.91", "Ra/Rb": "1.863"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does element A's ionization energy (I1a) of {} eV occur with a radius ratio (Ra/Rb) of {}?"} +{"question": "Is the diffraction temperature uncertainty 5.0 recorded for a diffraction temperature of 900.0?", "refer_dataset": "table38", "column names": ["sigdiffrtemp", "diffrtemp"], "condition_column": ["sigdiffrtemp", "diffrtemp"], "answer_column": [], "condition": {"sigdiffrtemp": "5.0", "diffrtemp": "900.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the diffraction temperature uncertainty {} recorded for a diffraction temperature of {}?"} +{"question": "Is the activation energy 1.36 eV recorded for the -211 surface?", "refer_dataset": "table18", "column names": ["activation_energy", "surfaces"], "condition_column": ["activation_energy", "surfaces"], "answer_column": [], "condition": {"activation_energy": "1.36", "surfaces": "-211"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the activation energy {} eV recorded for the {} surface?"} +{"question": "Does a whim mean of 2.794 align with getaway mean of 76.30799999999999?", "refer_dataset": "table41", "column names": ["whim_mean_0", "getaway_mean_0"], "condition_column": ["whim_mean_0", "getaway_mean_0"], "answer_column": [], "condition": {"whim_mean_0": "2.794", "getaway_mean_0": "76.30799999999999"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a whim mean of {} align with getaway mean of {}?"} +{"question": "Does the material with density of states 15.22094 at Fermi level, space group 189, and ID agm005668244 exist?", "refer_dataset": "table44", "column names": ["dos_ef", "spg", "id"], "condition_column": ["dos_ef", "spg", "id"], "answer_column": [], "condition": {"dos_ef": "15.22094", "spg": "189", "id": "agm005668244"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with density of states {} at Fermi level, space group {}, and ID {} exist?"} +{"question": "Does the 12,7%NiPt(1:1)/Al2O3 catalyst, paired with reaction type methanation, utilize CO2,H2 under parameters {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '8,5%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "condition_column": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "answer_column": [], "condition": {"Catalyst": "12,7%NiPt(1:1)/Al2O3", "ReactionType": "methanation", "Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '8,5%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} catalyst, paired with reaction type {}, utilize {} under parameters {}?"} +{"question": "Does the compound B2F (energy per atom: -1009.1467) have an associated space group symbol P-6m2 and crystal system hexagonal?", "refer_dataset": "table59", "column names": ["formula", "energy_per_atom", "spacegroup_symbol", "crystal_system"], "condition_column": ["formula", "energy_per_atom", "spacegroup_symbol", "crystal_system"], "answer_column": [], "condition": {"formula": "B2F", "energy_per_atom": "-1009.1467", "spacegroup_symbol": "P-6m2", "crystal_system": "hexagonal"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} (energy per atom: {}) have an associated space group symbol {} and crystal system {}?"} +{"question": "Does a chemical potential of -3.2077535 correlate with a formation energy of 0.92701?", "refer_dataset": "table68", "column names": ["chem_pot", "ef"], "condition_column": ["chem_pot", "ef"], "answer_column": [], "condition": {"chem_pot": "-3.2077535", "ef": "0.92701"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a chemical potential of {} correlate with a formation energy of {}?"} +{"question": "Does the structure with the largest cavity diameter (LCD) of 4.65345 Å exhibit a bandgap of 0.6325270000000001 eV and a total energy of -238.66141647 eV?", "refer_dataset": "table62", "column names": ["lcd", "bandgap", "energy_total"], "condition_column": ["lcd", "bandgap", "energy_total"], "answer_column": [], "condition": {"lcd": "4.65345", "bandgap": "0.6325270000000001", "energy_total": "-238.66141647"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the structure with the largest cavity diameter (LCD) of {} Å exhibit a bandgap of {} eV and a total energy of {} eV?"} +{"question": "Is there a secondary sacrificial agent Na2SO3 paired with surface area 119.2 m²/g?", "refer_dataset": "table4", "column names": ["Sac. Agent2", "Surface Area(m2/g)"], "condition_column": ["Sac. Agent2", "Surface Area(m2/g)"], "answer_column": [], "condition": {"Sac. Agent2": "Na2SO3", "Surface Area(m2/g)": "119.2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a secondary sacrificial agent {} paired with surface area {} m²/g?"} +{"question": "Does MOF type FUNC with noble metal none require a reactor volume of 80.0 mL?", "refer_dataset": "table7", "column names": ["MOF_Type", "Noble_Metal", "Reactor_Volume"], "condition_column": ["MOF_Type", "Noble_Metal", "Reactor_Volume"], "answer_column": [], "condition": {"MOF_Type": "FUNC", "Noble_Metal": "none", "Reactor_Volume": "80.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} with noble metal {} require a reactor volume of {} mL?"} +{"question": "Is a final energy of -377.86328878 observed alongside an OptB88-vdW bandgap of -0.3521999999999998 and band alignment offset of 0.1705275340169199?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "offset"], "condition_column": ["final_energy", "optb88vdw_bandgap", "offset"], "answer_column": [], "condition": {"final_energy": "-377.86328878", "optb88vdw_bandgap": "-0.3521999999999998", "offset": "0.1705275340169199"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} observed alongside an OptB88-vdW bandgap of {} and band alignment offset of {}?"} +{"question": "Has any perovskite with A2 site Zn shown a decrease from cycle1 3240 to cycle5 -?", "refer_dataset": "table5", "column names": ["A2 site", "cycle1", "cycle5"], "condition_column": ["A2 site", "cycle1", "cycle5"], "answer_column": [], "condition": {"A2 site": "Zn", "cycle1": "3240", "cycle5": "-"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has any perovskite with A2 site {} shown a decrease from cycle1 {} to cycle5 {}?"} +{"question": "If the conduction band minimum is 4.6017, is the valence band maximum 3.4352?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm"], "answer_column": [], "condition": {"optb88vdw_cbm": "4.6017", "optb88vdw_vbm": "3.4352"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the conduction band minimum is {}, is the valence band maximum {}?"} +{"question": "Is there a primary sacrificial agent of Na2S used with a light power input of 450.0 W?", "refer_dataset": "table4", "column names": ["Sac. Agent1", "Power(W)"], "condition_column": ["Sac. Agent1", "Power(W)"], "answer_column": [], "condition": {"Sac. Agent1": "Na2S", "Power(W)": "450.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a primary sacrificial agent of {} used with a light power input of {} W?"} +{"question": "Is there a material where tolerance factor (t) is 0.884 and density of element A (ρa) is 2.64 g/cm³?", "refer_dataset": "table2", "column names": ["t", "ρa"], "condition_column": ["t", "ρa"], "answer_column": [], "condition": {"t": "0.884", "ρa": "2.64"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where tolerance factor (t) is {} and density of element A (ρa) is {} g/cm³?"} +{"question": "Is a reaction time of 4.0 hours at 100.0°C associated with major gas product CH4?", "refer_dataset": "table7", "column names": ["Rxn_Time", "Rxn_Temp", "MAJORgas"], "condition_column": ["Rxn_Time", "Rxn_Temp", "MAJORgas"], "answer_column": [], "condition": {"Rxn_Time": "4.0", "Rxn_Temp": "100.0", "MAJORgas": "CH4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a reaction time of {} hours at {}°C associated with major gas product {}?"} +{"question": "Is there a 0.49 V vs. RHE catalyst in the 1.0 chemical environment with multiphase (Multiphase=1) and doping?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure", "Multiphase", "Doping"], "condition_column": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["Multiphase", "Doping"], "condition": {"-V vs. RHE V": "0.49", "Chemical Environment 1=electrolyte 2=pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} V vs. RHE catalyst in the {} chemical environment with multiphase (Multiphase=1) and doping?"} +{"question": "Are there entries where B3LYP and BP86 methods agree on Scharber efficiency values of 0.136231391419?", "refer_dataset": "table51", "column names": ["b3lyp_scharber_pce", "bp86_scharber_pce"], "condition_column": ["b3lyp_scharber_pce"], "answer_column": ["bp86_scharber_pce"], "condition": {"b3lyp_scharber_pce": "0.136231391419"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where B3LYP and BP86 methods agree on Scharber efficiency values of {}?"} +{"question": "Does the perovskite SrIrO3 have a similarity score of 0.304995?", "refer_dataset": "table14", "column names": ["Perovskite", "similarity"], "condition_column": ["Perovskite", "similarity"], "answer_column": [], "condition": {"Perovskite": "SrIrO3", "similarity": "0.304995"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} have a similarity score of {}?"} +{"question": "Under 425 nm light for 20 minutes, is the degradation rate for pollutant MB 78.0%?", "refer_dataset": "table8", "column names": ["Light wavelength(nm)", "Illumination time(min)", "Pollutant", "Degradation rate(%)"], "condition_column": ["Light wavelength(nm)", "Illumination time(min)", "Pollutant", "Degradation rate(%)"], "answer_column": [], "condition": {"Light wavelength(nm)": "425", "Illumination time(min)": "20", "Pollutant": "MB", "Degradation rate(%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {} nm light for {} minutes, is the degradation rate for pollutant {} {}%?"} +{"question": "Does a SiO2 support with 40% primary cation and 80% secondary cation yield 1.9% C2 hydrocarbons?", "refer_dataset": "table19", "column names": ["Support", "Cation1Amount", "Cation2Amount", "C2 yield"], "condition_column": ["Support", "Cation1Amount", "Cation2Amount", "C2 yield"], "answer_column": [], "condition": {"Support": "SiO2", "Cation1Amount": "40", "Cation2Amount": "80", "C2 yield": "1.9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} support with {}% primary cation and {}% secondary cation yield {}% C2 hydrocarbons?"} +{"question": "A material exhibits stability (e_hull of 0.0 eV), a magnetic moment (mu_b) of 2e-07, and a shear modulus of 96.25554322321535 GPa.", "refer_dataset": "table54", "column names": ["e_hull", "mu_b", "shear modulus"], "condition_column": ["e_hull", "mu_b", "shear modulus"], "answer_column": [], "condition": {"e_hull": "0.0", "mu_b": "2e-07", "shear modulus": "96.25554322321535"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material exhibits stability (e_hull of {} eV), a magnetic moment (mu_b) of {}, and a shear modulus of {} GPa."} +{"question": "Does the update date 2007-05-23 apply to a paper in category \"math.CO\" with authors Sergei Ovchinnikov?", "refer_dataset": "table45", "column names": ["update_date", "categories", "authors"], "condition_column": ["update_date", "categories", "authors"], "answer_column": [], "condition": {"update_date": "2007-05-23", "categories": "math.CO", "authors": "Sergei Ovchinnikov"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the update date {} apply to a paper in category \"{}\" with authors {}?"} +{"question": "Is there a non-oxide material (oxide_type: superoxide) with an energy above hull of 1.3344706112499995 and 2.74816285 total magnetization?", "refer_dataset": "table55", "column names": ["oxide_type", "e_above_hull", "total_magnetization"], "condition_column": ["oxide_type", "e_above_hull", "total_magnetization"], "answer_column": [], "condition": {"oxide_type": "superoxide", "e_above_hull": "1.3344706112499995", "total_magnetization": "2.74816285"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-oxide material (oxide_type: {}) with an energy above hull of {} and {} total magnetization?"} +{"question": "Is there a Transition Metal with a ground state bandgap of 7.853 eV?", "refer_dataset": "table36", "column names": ["GSbandgap", "IsTransition Metal"], "condition_column": ["GSbandgap"], "answer_column": ["IsTransition Metal"], "condition": {"GSbandgap": "7.853"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a Transition Metal with a ground state bandgap of {} eV?"} +{"question": "Does M4 none at 0.0 wt% with CH₄ conversion 3.7% result in O₂ conversion 24.0%?", "refer_dataset": "table26", "column names": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "condition_column": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "answer_column": [], "condition": {"M4": "none", "M4 (wt%)": "0.0", "CH4 Conv. (%)": "3.7", "O2 Conv. (%)": "24.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M4 {} at {} wt% with CH₄ conversion {}% result in O₂ conversion {}%?"} +{"question": "Does Wyckoff position c have a defective energy of -206.98175275 and a vacancy formation factor of ['Ru,2,2.143']?", "refer_dataset": "table68", "column names": ["wycoff", "defective_energy", "ff_vac"], "condition_column": ["wycoff", "defective_energy", "ff_vac"], "answer_column": [], "condition": {"wycoff": "c", "defective_energy": "-206.98175275", "ff_vac": "['Ru,2,2.143']"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Wyckoff position {} have a defective energy of {} and a vacancy formation factor of {}?"} +{"question": "Are there entries where -111 surfaces with adsorbed species CH* have reaction energy 0.593 eV and carbon identifier 3?", "refer_dataset": "table18", "column names": ["surfaces", "ab", "reaction_energy", "b_key"], "condition_column": ["surfaces", "ab", "reaction_energy", "b_key"], "answer_column": [], "condition": {"surfaces": "-111", "ab": "CH*", "reaction_energy": "0.593", "b_key": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where {} surfaces with adsorbed species {} have reaction energy {} eV and carbon identifier {}?"} +{"question": "Does a material with zero-point vibrational energy 2.543529987335205 have an internal energy at 0K (U0) of -16.716960906982422?", "refer_dataset": "table60", "column names": ["zpve", "U0"], "condition_column": ["zpve", "U0"], "answer_column": [], "condition": {"zpve": "2.543529987335205", "U0": "-16.716960906982422"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with zero-point vibrational energy {} have an internal energy at 0K (U0) of {}?"} +{"question": "Are the 2.0 ligands in the compound [Tm(SiW11O39)2]13- associated with a CSM slope of 4.9?", "refer_dataset": "table34", "column names": ["number_of_ligands", "compound", "slope_CSM"], "condition_column": ["number_of_ligands", "compound", "slope_CSM"], "answer_column": [], "condition": {"number_of_ligands": "2.0", "compound": "[Tm(SiW11O39)2]13-", "slope_CSM": "4.9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the {} ligands in the compound {} associated with a CSM slope of {}?"} +{"question": "Can a compound with 8 atoms at the A-site, ionic radii of 1.107, and B-site p-orbital range 0 be synthesized?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NpUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NpUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "8", "shannon_radii_host_Asite0": "1.107", "Bsite_NpUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a compound with {} atoms at the A-site, ionic radii of {}, and B-site p-orbital range {} be synthesized?"} +{"question": "Under UV–VIS light exposure in a gas-solid medium, does the CO synthesis rate reach 14.25 μmol/g/h?", "refer_dataset": "table10", "column names": ["light source", "Reaction medium", "Yield (μmol/g/h)"], "condition_column": ["light source", "Reaction medium", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"light source": "UV–VIS", "Reaction medium": "gas-solid", "Yield (μmol/g/h)": "14.25"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {} light exposure in a {} medium, does the CO synthesis rate reach {} μmol/g/h?"} +{"question": "Is there a material where electron affinity (A) is 44.753 kJ/mol and enthalpy of fusion (A) is 47.62 kJ/mol?", "refer_dataset": "table3", "column names": ["EAa", "ΔfusHa"], "condition_column": ["EAa", "ΔfusHa"], "answer_column": [], "condition": {"EAa": "44.753", "ΔfusHa": "47.62"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where electron affinity (A) is {} kJ/mol and enthalpy of fusion (A) is {} kJ/mol?"} +{"question": "Is there a phase with formation energy 0.055 per atom, indirect band gap 0.0, and 4 atoms?", "refer_dataset": "table59", "column names": ["f_enp", "indir_gap", "natoms"], "condition_column": ["f_enp", "indir_gap", "natoms"], "answer_column": [], "condition": {"f_enp": "0.055", "indir_gap": "0.0", "natoms": "4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a phase with formation energy {} per atom, indirect band gap {}, and {} atoms?"} +{"question": "Is the calculated formula - Al0.6 Ca2 Fe1.4 O5 - registered under the year 2010.0?", "refer_dataset": "table38", "column names": ["calcformula", "year"], "condition_column": ["calcformula", "year"], "answer_column": [], "condition": {"calcformula": "- Al0.6 Ca2 Fe1.4 O5 -", "year": "2010.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the calculated formula {} registered under the year {}?"} +{"question": "Do materials with Base Be and Dope H exhibit both CH4Ead 0.9920012573 and ReactionE -0.5036472184?", "refer_dataset": "table24", "column names": ["Base", "Dope", "CH4Ead", "ReactionE"], "condition_column": ["Base", "Dope", "CH4Ead", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "Dope": "H", "CH4Ead": "0.9920012573", "ReactionE": "-0.5036472184"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with Base {} and Dope {} exhibit both CH4Ead {} and ReactionE {}?"} +{"question": "Is the minimum CO₂ adsorption capacity of 0.0733042 observed under [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure conditions?", "refer_dataset": "table50", "column names": ["min_co2_adsp", "co2_pressures"], "condition_column": ["min_co2_adsp", "co2_pressures"], "answer_column": [], "condition": {"min_co2_adsp": "0.0733042", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the minimum CO₂ adsorption capacity of {} observed under {} bar pressure conditions?"} +{"question": "Is there a CH3Ead of 0.1665390251 in Base Be materials?", "refer_dataset": "table24", "column names": ["CH3Ead", "Base"], "condition_column": ["CH3Ead", "Base"], "answer_column": [], "condition": {"CH3Ead": "0.1665390251", "Base": "Be"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a CH3Ead of {} in Base {} materials?"} +{"question": "For dopant Fe with illumination time 180 min, is the pH level 7.0?", "refer_dataset": "table8", "column names": ["Dopant", "Illumination time(min)", "pH"], "condition_column": ["Dopant", "Illumination time(min)", "pH"], "answer_column": [], "condition": {"Dopant": "Fe", "Illumination time(min)": "180", "pH": "7.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For dopant {} with illumination time {} min, is the pH level {}?"} +{"question": "Does a perovskite with secondary B2 site Ag have a cycle duration of 5.0 hours?", "refer_dataset": "table5", "column names": ["B2 site", "Duration of cycles (h)"], "condition_column": ["B2 site", "Duration of cycles (h)"], "answer_column": [], "condition": {"B2 site": "Ag", "Duration of cycles (h)": "5.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a perovskite with secondary B2 site {} have a cycle duration of {} hours?"} +{"question": "Are compounds with pts topology reported to have a net magnetic moment of 8.0 μB?", "refer_dataset": "table62", "column names": ["topology", "net_magmom"], "condition_column": ["topology", "net_magmom"], "answer_column": [], "condition": {"topology": "pts", "net_magmom": "8.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are compounds with {} topology reported to have a net magnetic moment of {} μB?"} +{"question": "Does an element in group 1 with a BCC volume per atom of 2.89 ų exhibit a thermal expansion coefficient of 0 (10^-6 K⁻¹)?", "refer_dataset": "table36", "column names": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "condition_column": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "answer_column": [], "condition": {"Group": "1", "BCCvolume_pa": "2.89", "Coeficient of Thermal Expansion (10^-6 K-1)": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an element in group {} with a BCC volume per atom of {} ų exhibit a thermal expansion coefficient of {} (10^-6 K⁻¹)?"} +{"question": "Does element H have a lattice parameter equal to 4.2401957949 Å?", "refer_dataset": "table22", "column names": ["C", "Lattice"], "condition_column": ["C", "Lattice"], "answer_column": [], "condition": {"C": "H", "Lattice": "4.2401957949"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does element {} have a lattice parameter equal to {} Å?"} +{"question": "Are there cases where the electronic permittivity is 4.53, the refractive index is 2.13, and the HSE band gap is 3.53?", "refer_dataset": "table49", "column names": ["Eps_elec", "Ref_ind", "HSE_gap"], "condition_column": ["Eps_elec", "Ref_ind", "HSE_gap"], "answer_column": [], "condition": {"Eps_elec": "4.53", "Ref_ind": "2.13", "HSE_gap": "3.53"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there cases where the electronic permittivity is {}, the refractive index is {}, and the HSE band gap is {}?"} +{"question": "Is there a material with total magnetization of -1.8700000000000004e-05 µB, formation energy of 0.024568096 eV, and direct band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["total_mag", "e_form", "band_gap_dir"], "condition_column": ["total_mag", "e_form", "band_gap_dir"], "answer_column": [], "condition": {"total_mag": "-1.8700000000000004e-05", "e_form": "0.024568096", "band_gap_dir": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with total magnetization of {} µB, formation energy of {} eV, and direct band gap of {} eV?"} +{"question": "Is the total energy of -242.97998443 associated with a material categorized under tag []?", "refer_dataset": "table55", "column names": ["energy", "tags"], "condition_column": ["energy", "tags"], "answer_column": [], "condition": {"energy": "-242.97998443", "tags": "[]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total energy of {} associated with a material categorized under tag {}?"} +{"question": "Are there compositions with Composition NiHg and Dope O having CH3Ead -0.5133791665?", "refer_dataset": "table24", "column names": ["Composition", "Dope", "CH3Ead"], "condition_column": ["Composition", "Dope", "CH3Ead"], "answer_column": [], "condition": {"Composition": "NiHg", "Dope": "O", "CH3Ead": "-0.5133791665"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there compositions with Composition {} and Dope {} having CH3Ead {}?"} +{"question": "Is there a unit cell volume of 1341.4 with an uncertainty of 1.4?", "refer_dataset": "table38", "column names": ["vol", "sigvol"], "condition_column": ["vol", "sigvol"], "answer_column": [], "condition": {"vol": "1341.4", "sigvol": "1.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a unit cell volume of {} with an uncertainty of {}?"} +{"question": "Is pollutant MB degraded to 88.0% using catalyst/pollutant ratio 100.0 at pH 3.0?", "refer_dataset": "table8", "column names": ["Pollutant", "Degradation rate(%)", "Catalyst/Pollutant mass ratio", "pH"], "condition_column": ["Pollutant", "Degradation rate(%)", "Catalyst/Pollutant mass ratio", "pH"], "answer_column": [], "condition": {"Pollutant": "MB", "Degradation rate(%)": "88.0", "Catalyst/Pollutant mass ratio": "100.0", "pH": "3.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is pollutant {} degraded to {}% using catalyst/pollutant ratio {} at pH {}?"} +{"question": "Are C2 yield 100.0%, CO sel 0.1%, and CO2 sel 94.5% achievable with Cr as secondary cation?", "refer_dataset": "table19", "column names": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "condition_column": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "answer_column": [], "condition": {"C2 yield": "100.0", "CO sel": "0.1", "CO2 sel": "94.5", "Cation2": "Cr"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are C2 yield {}%, CO sel {}%, and CO2 sel {}% achievable with {} as secondary cation?"} +{"question": "Does a MOF with a minimum adsorption capacity of 0.000478011, volumetric surface area of 54.0 m²/cm³, and largest cavity diameter of 3.75 Å exist?", "refer_dataset": "table50", "column names": ["min_co2_adsp", "surface_area_m2cm3", "lcd"], "condition_column": ["min_co2_adsp", "surface_area_m2cm3", "lcd"], "answer_column": [], "condition": {"min_co2_adsp": "0.000478011", "surface_area_m2cm3": "54.0", "lcd": "3.75"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a minimum adsorption capacity of {}, volumetric surface area of {} m²/cm³, and largest cavity diameter of {} Å exist?"} +{"question": "Is there a metalloid with a thermal conductivity of 0 W/m·K, density of 0.2674 g/cm³, and a first ionization potential of 1.429 V?", "refer_dataset": "table36", "column names": ["IsMetalloid", "thermal conductivity", "Density", "First Ionization Potential (V)"], "condition_column": ["IsMetalloid", "thermal conductivity", "Density"], "answer_column": ["First Ionization Potential (V)"], "condition": {"IsMetalloid": "0", "thermal conductivity": "0.2674", "Density": "1.429"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metalloid with a thermal conductivity of {} W/m·K, density of {} g/cm³, and a first ionization potential of {} V?"} +{"question": "Is there an alloy containing Mg 0.1, In 0.0, and a J.uAcm2_0.80_fromCV value of 250.0855?", "refer_dataset": "table16", "column names": ["Mg", "In", "J.uAcm2_0.80_fromCV"], "condition_column": ["Mg", "In", "J.uAcm2_0.80_fromCV"], "answer_column": [], "condition": {"Mg": "0.1", "In": "0.0", "J.uAcm2_0.80_fromCV": "250.0855"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an alloy containing Mg {}, In {}, and a J.uAcm2_0.80_fromCV value of {}?"} +{"question": "Does an element in group 1 with a BCC volume per atom of 16.51 ų exhibit a thermal expansion coefficient of 46 (10^-6 K⁻¹)?", "refer_dataset": "table36", "column names": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "condition_column": ["Group", "BCCvolume_pa", "Coeficient of Thermal Expansion (10^-6 K-1)"], "answer_column": [], "condition": {"Group": "1", "BCCvolume_pa": "16.51", "Coeficient of Thermal Expansion (10^-6 K-1)": "46"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an element in group {} with a BCC volume per atom of {} ų exhibit a thermal expansion coefficient of {} (10^-6 K⁻¹)?"} +{"question": "Does job ID JVASP-76525 record a magnetic moment of 0.0 and spillage metric of na?", "refer_dataset": "table48", "column names": ["jid", "magmom_oszicar", "spillage"], "condition_column": ["jid", "magmom_oszicar", "spillage"], "answer_column": [], "condition": {"jid": "JVASP-76525", "magmom_oszicar": "0.0", "spillage": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} record a magnetic moment of {} and spillage metric of {}?"} +{"question": "Does a specific surface area of 1289.8 m²/g correspond to a yield of 0.5825 μmol/g/h?", "refer_dataset": "table10", "column names": ["SBET (m2 /g)", "Yield (μmol/g/h)"], "condition_column": ["SBET (m2 /g)", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"SBET (m2 /g)": "1289.8", "Yield (μmol/g/h)": "0.5825"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a specific surface area of {} m²/g correspond to a yield of {} μmol/g/h?"} +{"question": "Are 6.0 hours of irradiation with 2.9 eV bandgap and 0.78 V CB edge used in the dataset?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Eg(eV)", "CB edge(V)"], "condition_column": ["irradiation time(h)", "Eg(eV)", "CB edge(V)"], "answer_column": [], "condition": {"irradiation time(h)": "6.0", "Eg(eV)": "2.9", "CB edge(V)": "0.78"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} hours of irradiation with {} eV bandgap and {} V CB edge used in the dataset?"} +{"question": "Is material stored in directory '/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_ortho_vnscf_vol_1' characterized by formula Li, final energy -28.7319437182741, and stress tensor [[0.01615164865211573, 1.2670153475539099e-18, -8.547339286937545e-14], [1.2670153475539099e-18, 0.01792905049644678, 6.625984092417025e-07], [-8.547339286937545e-14, 6.625984092417035e-07, 0.015317272710531533]]?", "refer_dataset": "table59", "column names": ["source_folder", "formula", "final_energy", "stress"], "condition_column": ["source_folder", "formula", "final_energy", "stress"], "answer_column": [], "condition": {"source_folder": "'/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_ortho_vnscf_vol_1'", "formula": "Li", "final_energy": "-28.7319437182741", "stress": "[[0.01615164865211573, 1.2670153475539099e-18, -8.547339286937545e-14], [1.2670153475539099e-18, 0.01792905049644678, 6.625984092417025e-07], [-8.547339286937545e-14, 6.625984092417035e-07, 0.015317272710531533]]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material stored in directory {} characterized by formula {}, final energy {}, and stress tensor {}?"} +{"question": "Is there a molecule where the internal energy at 0 K is 5.75399053340846 and Gibbs free energy is 5.78810261916177?", "refer_dataset": "table61", "column names": ["U0", "G"], "condition_column": ["U0", "G"], "answer_column": [], "condition": {"U0": "5.75399053340846", "G": "5.78810261916177"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule where the internal energy at 0 K is {} and Gibbs free energy is {}?"} +{"question": "Is ID 6607 assigned to formula Ni2.5Cu1.5Zr8 with a recorded Tc of 1.09 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "6607", "formula": "Ni2.5Cu1.5Zr8", "Tc": "1.09"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is ID {} assigned to formula {} with a recorded Tc of {} K?"} +{"question": "Is there a non-oxide material (oxide_type: oxide) with an energy above hull of 0.0619206779999998 and 1.27e-05 total magnetization?", "refer_dataset": "table55", "column names": ["oxide_type", "e_above_hull", "total_magnetization"], "condition_column": ["oxide_type", "e_above_hull", "total_magnetization"], "answer_column": [], "condition": {"oxide_type": "oxide", "e_above_hull": "0.0619206779999998", "total_magnetization": "1.27e-05"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-oxide material (oxide_type: {}) with an energy above hull of {} and {} total magnetization?"} +{"question": "Does preparation 1.0 at temperature 1073.0 with contact time 0.04 achieve a methane conversion of 8.4%?", "refer_dataset": "table20", "column names": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "condition_column": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "answer_column": [], "condition": {"Preparation": "1.0", "Temperature": "1073.0", "Contact-times": "0.04", "CH4-conversion%": "8.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does preparation {} at temperature {} with contact time {} achieve a methane conversion of {}%?"} +{"question": "Material BaTi0.98Mo0.02O3 has a hydrogen production rate of 63.0 µmol h⁻¹ g⁻¹, a Ra/Rb ratio of 2.014, and a density (A) of 0.97 g/cm³.", "refer_dataset": "table3", "column names": ["Materials", "RH2(µmol h-1 g-1)", "Ra/Rb", "ρa"], "condition_column": ["Materials", "RH2(µmol h-1 g-1)", "Ra/Rb", "ρa"], "answer_column": [], "condition": {"Materials": "BaTi0.98Mo0.02O3", "RH2(µmol h-1 g-1)": "63.0", "Ra/Rb": "2.014", "ρa": "0.97"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} has a hydrogen production rate of {} µmol h⁻¹ g⁻¹, a Ra/Rb ratio of {}, and a density (A) of {} g/cm³."} +{"question": "Are there entries where -211 surfaces with adsorbed species CH* have reaction energy -0.363 eV and carbon identifier 3?", "refer_dataset": "table18", "column names": ["surfaces", "ab", "reaction_energy", "b_key"], "condition_column": ["surfaces", "ab", "reaction_energy", "b_key"], "answer_column": [], "condition": {"surfaces": "-211", "ab": "CH*", "reaction_energy": "-0.363", "b_key": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where {} surfaces with adsorbed species {} have reaction energy {} eV and carbon identifier {}?"} +{"question": "Is species CH3SeH associated with a formation enthalpy of na kJ/mol at 298K?", "refer_dataset": "table46", "column names": ["species", "enthalpy_formation_298K"], "condition_column": ["species", "enthalpy_formation_298K"], "answer_column": [], "condition": {"species": "CH3SeH", "enthalpy_formation_298K": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a formation enthalpy of {} kJ/mol at 298K?"} +{"question": "Does a catalyst using M3 as Nd with support material MgO achieve a methane conversion rate of 32.1%?", "refer_dataset": "table23", "column names": ["M3", "Support", "CH4 conversion (%)"], "condition_column": ["M3", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "Nd", "Support": "MgO", "CH4 conversion (%)": "32.1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using M3 as {} with support material {} achieve a methane conversion rate of {}%?"} +{"question": "Is the defective energy for job ID JVASP-25273 equal to 57.64338493?", "refer_dataset": "table68", "column names": ["jid", "defective_energy"], "condition_column": ["jid", "defective_energy"], "answer_column": [], "condition": {"jid": "JVASP-25273", "defective_energy": "57.64338493"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the defective energy for job ID {} equal to {}?"} +{"question": "Does space group P3_1 include materials with elastic tensor data?", "refer_dataset": "table53", "column names": ["spg", "elastic_tensor_data"], "condition_column": ["spg"], "answer_column": ["elastic_tensor_data"], "condition": {"spg": "P3_1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does space group {} include materials with elastic tensor data?"} +{"question": "Are there materials with a tolerance factor of 0.878, molar mass 211.88 g/mol, and hydrogen production rate 325.4 µmol h⁻¹ g⁻¹?", "refer_dataset": "table3", "column names": ["t", "M", "RH2(µmol h-1 g-1)"], "condition_column": ["t", "M", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"t": "0.878", "M": "211.88", "RH2(µmol h-1 g-1)": "325.4"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a tolerance factor of {}, molar mass {} g/mol, and hydrogen production rate {} µmol h⁻¹ g⁻¹?"} +{"question": "Are there materials with formula BeC2, mu_b = 2.84e-05, elastic anisotropy of 8.654623323725955, and a shear modulus exceeding 44.73353525702305?", "refer_dataset": "table56", "column names": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "condition_column": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "answer_column": [], "condition": {"formula": "BeC2", "mu_b": "2.84e-05", "elastic anisotropy": "8.654623323725955", "shear modulus": "44.73353525702305"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with formula {}, mu_b = {}, elastic anisotropy of {}, and a shear modulus exceeding {}?"} +{"question": "Is there a compound in the Cubic lattice system with a volume below 20.05340Å3 cubic angstroms?", "refer_dataset": "table31", "column names": ["11", "5"], "condition_column": ["11", "5"], "answer_column": [], "condition": {"11": "Cubic", "5": "20.05340Å3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound in the {} lattice system with a volume below {} cubic angstroms?"} +{"question": "Can the material ID 822 have a formula energy below -0.0656403766667?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "822", "formula_energy": "-0.0656403766667"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can the material ID {} have a formula energy below {}?"} +{"question": "Is there an element with atomic number 31 that belongs to period 2?", "refer_dataset": "table36", "column names": ["At. #", "Period"], "condition_column": ["At. #", "Period"], "answer_column": [], "condition": {"At. #": "31", "Period": "2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an element with atomic number {} that belongs to period {}?"} +{"question": "Is job ID JVASP-98225 linked to the chemical formula Ga?", "refer_dataset": "table47", "column names": ["jid", "formula"], "condition_column": ["jid", "formula"], "answer_column": [], "condition": {"jid": "JVASP-98225", "formula": "Ga"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} linked to the chemical formula {}?"} +{"question": "Does aging at 600.0°C for 1024.0 hours result in 5.2% Al?", "refer_dataset": "table39", "column names": ["时效温度T (℃)", "时效时间t (h)", "Al"], "condition_column": ["时效温度T (℃)", "时效时间t (h)", "Al"], "answer_column": [], "condition": {"时效温度T (℃)": "600.0", "时效时间t (h)": "1024.0", "Al": "5.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does aging at {}°C for {} hours result in {}% Al?"} +{"question": "Can ID 1197, formula Ho, and energy 1.76605087946e-09 collectively represent a stable material?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1197", "formula": "Ho", "formula_energy": "1.76605087946e-09"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can ID {}, formula {}, and energy {} collectively represent a stable material?"} +{"question": "Is the Goldschmidt TF ionic contribution 0.916519174076 combined with an A-site/B-site ratio of 1.84875 observed in materials with energy above hull 270.007912929?", "refer_dataset": "table37", "column names": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "condition_column": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "answer_column": [], "condition": {"goldschmidt_TF_ionic": "0.916519174076", "A_B": "1.84875", "EnergyAboveHull": "270.007912929"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Goldschmidt TF ionic contribution {} combined with an A-site/B-site ratio of {} observed in materials with energy above hull {}?"} +{"question": "Does the paper in journal Phys.Rev.D76:044016,2007 belong to the \"gr-qc\" category?", "refer_dataset": "table45", "column names": ["journal-ref", "categories"], "condition_column": ["journal-ref", "categories"], "answer_column": [], "condition": {"journal-ref": "Phys.Rev.D76:044016,2007", "categories": "gr-qc"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the paper in journal {} belong to the \"{}\" category?"} +{"question": "Does the compound with formula K2CO3 possess a bulk modulus of 295.0775449866292 GPa, a shear modulus exceeding 130.1129549333247 GPa, and an elastic anisotropy above 0.7564891751993894?", "refer_dataset": "table54", "column names": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "condition_column": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "K2CO3", "bulk modulus": "295.0775449866292", "shear modulus": "130.1129549333247", "elastic anisotropy": "0.7564891751993894"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with formula {} possess a bulk modulus of {} GPa, a shear modulus exceeding {} GPa, and an elastic anisotropy above {}?"} +{"question": "Do catalysts combining M1=Mn, M2_mol=0.37, and M3_mol=0.185 exceed 8.85% combined C2+ yields?", "refer_dataset": "table17", "column names": ["M1", "M2_mol", "M3_mol", "C2y"], "condition_column": ["M1", "M2_mol", "M3_mol", "C2y"], "answer_column": [], "condition": {"M1": "Mn", "M2_mol": "0.37", "M3_mol": "0.185", "C2y": "8.85"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts combining M1={}, M2_mol={}, and M3_mol={} exceed {}% combined C2+ yields?"} +{"question": "When the conduction band minimum is 6.8134, is the band alignment offset 0.5978046988467991?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset"], "condition_column": ["optb88vdw_cbm", "offset"], "answer_column": [], "condition": {"optb88vdw_cbm": "6.8134", "offset": "0.5978046988467991"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "When the conduction band minimum is {}, is the band alignment offset {}?"} +{"question": "When support is La2O3, M3 is Nd, and temperature is 750.0°C, does H₂ yield equal 2.3%?", "refer_dataset": "table26", "column names": ["Support", "M3", "Temp (oC)", "H2 yield (%)"], "condition_column": ["Support", "M3", "Temp (oC)", "H2 yield (%)"], "answer_column": [], "condition": {"Support": "La2O3", "M3": "Nd", "Temp (oC)": "750.0", "H2 yield (%)": "2.3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "When support is {}, M3 is {}, and temperature is {}°C, does H₂ yield equal {}%?"} +{"question": "With furnace length 270 mm and M3 as W, is carbon deficit 0,7% and O₂ conversion 1%?", "refer_dataset": "table27", "column names": ["furnace length(mm)", "M3", "C missing(%)", "O2 Conv(%)"], "condition_column": ["furnace length(mm)", "M3", "C missing(%)", "O2 Conv(%)"], "answer_column": [], "condition": {"furnace length(mm)": "270", "M3": "W", "C missing(%)": "0,7", "O2 Conv(%)": "1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With furnace length {} mm and M3 as {}, is carbon deficit {}% and O₂ conversion {}%?"} +{"question": "Is the Goldschmidt TF ionic contribution 0.865275403294 combined with an A-site/B-site ratio of 1.81 observed in materials with energy above hull 284.898189574?", "refer_dataset": "table37", "column names": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "condition_column": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "answer_column": [], "condition": {"goldschmidt_TF_ionic": "0.865275403294", "A_B": "1.81", "EnergyAboveHull": "284.898189574"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Goldschmidt TF ionic contribution {} combined with an A-site/B-site ratio of {} observed in materials with energy above hull {}?"} +{"question": "Does a mean bounding box dimension of 15.92426588728174 coincide with axis 1 mean (4.521435402965638) and axis 2 mean (15.865518404766206)?", "refer_dataset": "table41", "column names": ["box_mean_0", "axes_mean_0", "axes_mean_1"], "condition_column": ["box_mean_0", "axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"box_mean_0": "15.92426588728174", "axes_mean_0": "4.521435402965638", "axes_mean_1": "15.865518404766206"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a mean bounding box dimension of {} coincide with axis 1 mean ({}) and axis 2 mean ({})?"} +{"question": "In Wyckoff position a, is the defective energy -318.85353539 paired with a formation energy of 2.64471?", "refer_dataset": "table68", "column names": ["wycoff", "defective_energy", "ef"], "condition_column": ["wycoff", "defective_energy", "ef"], "answer_column": [], "condition": {"wycoff": "a", "defective_energy": "-318.85353539", "ef": "2.64471"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In Wyckoff position {}, is the defective energy {} paired with a formation energy of {}?"} +{"question": "Is there a secondary anion 15.0 with a molar percentage of 6.3%?", "refer_dataset": "table20", "column names": ["Anion2", "Anion2-mol"], "condition_column": ["Anion2", "Anion2-mol"], "answer_column": [], "condition": {"Anion2": "15.0", "Anion2-mol": "6.3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a secondary anion {} with a molar percentage of {}%?"} +{"question": "Is hydrogen selectivity 21.4% present in catalysts with secondary cation V?", "refer_dataset": "table19", "column names": ["H2 sel", "Cation2"], "condition_column": ["H2 sel", "Cation2"], "answer_column": [], "condition": {"H2 sel": "21.4", "Cation2": "V"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is hydrogen selectivity {}% present in catalysts with secondary cation {}?"} +{"question": "Is principal moment of inertia 1 (PMI1) standard deviation 203.05241915662967 observed with PMI2 standard deviation 1423.8482427109773?", "refer_dataset": "table41", "column names": ["pmi1_std_0", "pmi2_std_0"], "condition_column": ["pmi1_std_0", "pmi2_std_0"], "answer_column": [], "condition": {"pmi1_std_0": "203.05241915662967", "pmi2_std_0": "1423.8482427109773"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is principal moment of inertia 1 (PMI1) standard deviation {} observed with PMI2 standard deviation {}?"} +{"question": "Are there instances of Temperature 791°C with a C2y of exactly 6.7%?", "refer_dataset": "table28", "column names": ["Temperature", "C2y"], "condition_column": ["Temperature", "C2y"], "answer_column": [], "condition": {"Temperature": "791", "C2y": "6.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances of Temperature {}°C with a C2y of exactly {}%?"} +{"question": "Is there a material with dipole moment 1.851099967956543 and electronic spatial extent (r²) of 19.000200271606445?", "refer_dataset": "table60", "column names": ["mu", "r2"], "condition_column": ["mu", "r2"], "answer_column": [], "condition": {"mu": "1.851099967956543", "r2": "19.000200271606445"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with dipole moment {} and electronic spatial extent (r²) of {}?"} +{"question": "At 850℃, does the carbon monoxide yield reach 11,2%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "850", "CO yield(%)": "11,2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, does the carbon monoxide yield reach {}%?"} +{"question": "Is there a compound where ID 1223, formula I2Sr, and energy -1.96230178667 are all correlated for stability?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1223", "formula": "I2Sr", "formula_energy": "-1.96230178667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound where ID {}, formula {}, and energy {} are all correlated for stability?"} +{"question": "Does the compound with abbreviation Cu2Dy2Sn2 have space group 186, density 0.00000g/cm3 g/cm³, and 3 elements?", "refer_dataset": "table31", "column names": ["1", "8", "6", "3"], "condition_column": ["1", "8", "6", "3"], "answer_column": [], "condition": {"1": "Cu2Dy2Sn2", "8": "186", "6": "0.00000g/cm3", "3": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with abbreviation {} have space group {}, density {} g/cm³, and {} elements?"} +{"question": "Does the chemical formula BeH2 correspond to an energy value of -0.816328771213?", "refer_dataset": "table64", "column names": ["formula", "formula_energy"], "condition_column": ["formula", "formula_energy"], "answer_column": [], "condition": {"formula": "BeH2", "formula_energy": "-0.816328771213"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the chemical formula {} correspond to an energy value of {}?"} +{"question": "Is adsorbed species CH* (key: 7) on the -211 surface linked to reaction energy -2.59 eV?", "refer_dataset": "table18", "column names": ["ab", "ab_key", "surfaces", "reaction_energy"], "condition_column": ["ab", "ab_key", "surfaces", "reaction_energy"], "answer_column": [], "condition": {"ab": "CH*", "ab_key": "7", "surfaces": "-211", "reaction_energy": "-2.59"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is adsorbed species {} (key: {}) on the {} surface linked to reaction energy {} eV?"} +{"question": "Does M3 (wt%) 0.0% result in an H₂ yield of 3.5%?", "refer_dataset": "table26", "column names": ["M3 (wt%)", "H2 yield (%)"], "condition_column": ["M3 (wt%)", "H2 yield (%)"], "answer_column": [], "condition": {"M3 (wt%)": "0.0", "H2 yield (%)": "3.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M3 (wt%) {}% result in an H₂ yield of {}%?"} +{"question": "Is the OptB88vdW functional used for a material with SLME efficiency 33.93% and HSE bandgap na eV?", "refer_dataset": "table48", "column names": ["func", "slme", "hse_gap"], "condition_column": ["func", "slme", "hse_gap"], "answer_column": [], "condition": {"func": "OptB88vdW", "slme": "33.93", "hse_gap": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the {} functional used for a material with SLME efficiency {}% and HSE bandgap {} eV?"} +{"question": "Does material 1454 (ID) with formula MoS2 exhibit a formation energy of -0.95401032496?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1454", "formula": "MoS2", "formula_energy": "-0.95401032496"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} (ID) with formula {} exhibit a formation energy of {}?"} +{"question": "Do elements in period 1 have an atomic weight of 1.00797?", "refer_dataset": "table36", "column names": ["Period", "at. wt."], "condition_column": ["Period", "at. wt."], "answer_column": [], "condition": {"Period": "1", "at. wt.": "1.00797"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements in period {} have an atomic weight of {}?"} +{"question": "Does a catalyst using M3 as Mn with support material MgO achieve a methane conversion rate of 29.0%?", "refer_dataset": "table23", "column names": ["M3", "Support", "CH4 conversion (%)"], "condition_column": ["M3", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "Mn", "Support": "MgO", "CH4 conversion (%)": "29.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using M3 as {} with support material {} achieve a methane conversion rate of {}%?"} +{"question": "Is the HM symbol Fdd2 paired with the HALL symbol I4?", "refer_dataset": "table31", "column names": ["9", "10"], "condition_column": ["9", "10"], "answer_column": [], "condition": {"9": "Fdd2", "10": "I4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the HM symbol {} paired with the HALL symbol {}?"} +{"question": "Is there a case where A1 mole 0.07% and B1:Bi result in alcohol percentage 0.0% and surface area 1.3 m²/g?", "refer_dataset": "table4", "column names": ["A1 mole", "B1", "Alcohol%", "Surface Area(m2/g)"], "condition_column": ["A1 mole", "B1", "Alcohol%", "Surface Area(m2/g)"], "answer_column": [], "condition": {"A1 mole": "0.07", "B1": "Bi", "Alcohol%": "0.0", "Surface Area(m2/g)": "1.3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a case where A1 mole {}% and B1:{} result in alcohol percentage {}% and surface area {} m²/g?"} +{"question": "Is there a catalyst with M2 set to Na, a C₂ yield of 7.4% at 850.0℃?", "refer_dataset": "table23", "column names": ["M2", "C2 yield (%)", "Temp. (℃)"], "condition_column": ["M2", "C2 yield (%)", "Temp. (℃)"], "answer_column": [], "condition": {"M2": "Na", "C2 yield (%)": "7.4", "Temp. (℃)": "850.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M2 set to {}, a C₂ yield of {}% at {}℃?"} +{"question": "Is there a catalyst with a C2 yield of 1.756316351% at 900°C?", "refer_dataset": "table21", "column names": ["C2 yield (%)", "Temp. (°C)"], "condition_column": ["C2 yield (%)", "Temp. (°C)"], "answer_column": [], "condition": {"C2 yield (%)": "1.756316351", "Temp. (°C)": "900"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with a C2 yield of {}% at {}°C?"} +{"question": "Is the total energy for mat_id agm003188153 corrected to -93.73341 eV?", "refer_dataset": "table44", "column names": ["mat_id", "energy_corrected"], "condition_column": ["mat_id", "energy_corrected"], "answer_column": [], "condition": {"mat_id": "agm003188153", "energy_corrected": "-93.73341"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total energy for mat_id {} corrected to {} eV?"} +{"question": "Does the perovskite SrCoO3 have a similarity score of 0.178398?", "refer_dataset": "table14", "column names": ["Perovskite", "similarity"], "condition_column": ["Perovskite", "similarity"], "answer_column": [], "condition": {"Perovskite": "SrCoO3", "similarity": "0.178398"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} have a similarity score of {}?"} +{"question": "Does a perovskite with an HSE lattice constant of 5.39 have an HSE decomposition energy of 1.56?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "HSE_decomp_energy"], "condition_column": ["HSE_latt_const", "HSE_decomp_energy"], "answer_column": [], "condition": {"HSE_latt_const": "5.39", "HSE_decomp_energy": "1.56"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a perovskite with an HSE lattice constant of {} have an HSE decomposition energy of {}?"} +{"question": "Does a whim mean of 25.239600000000003 align with getaway mean of 86.75949999999999?", "refer_dataset": "table41", "column names": ["whim_mean_0", "getaway_mean_0"], "condition_column": ["whim_mean_0", "getaway_mean_0"], "answer_column": [], "condition": {"whim_mean_0": "25.239600000000003", "getaway_mean_0": "86.75949999999999"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a whim mean of {} align with getaway mean of {}?"} +{"question": "Does the system with UV–VIS light source, gas-solid medium, and 2.0 g/l loading yield 2.5 μmol/g/h?", "refer_dataset": "table10", "column names": ["light source", "Reaction medium", "loading (g/l)", "Yield (μmol/g/h)"], "condition_column": ["light source", "Reaction medium", "loading (g/l)", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"light source": "UV–VIS", "Reaction medium": "gas-solid", "loading (g/l)": "2.0", "Yield (μmol/g/h)": "2.5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the system with {} light source, {} medium, and {} g/l loading yield {} μmol/g/h?"} +{"question": "Is the formation energy of 2.8448 associated with a vacancy formation factor of ['Ta,2,2.974']?", "refer_dataset": "table68", "column names": ["ef", "ff_vac"], "condition_column": ["ef", "ff_vac"], "answer_column": [], "condition": {"ef": "2.8448", "ff_vac": "['Ta,2,2.974']"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy of {} associated with a vacancy formation factor of {}?"} +{"question": "At a temperature of 600°C, is the CO2 yield 21.9%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CO2 yield (%)"], "condition_column": ["Temp (oC)", "CO2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "600", "CO2 yield (%)": "21.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a temperature of {}°C, is the CO2 yield {}%?"} +{"question": "Does the molecule with SMILES C#C have a HOMO energy of -2.01622934601441, LUMO energy of 0.82741840786134, and gap of 1.7599321041748?", "refer_dataset": "table61", "column names": ["SMILES", "HOMO", "LUMO", "gap"], "condition_column": ["SMILES", "HOMO", "LUMO", "gap"], "answer_column": [], "condition": {"SMILES": "C#C", "HOMO": "-2.01622934601441", "LUMO": "0.82741840786134", "gap": "1.7599321041748"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecule with SMILES {} have a HOMO energy of {}, LUMO energy of {}, and gap of {}?"} +{"question": "Does a 0.414 V overpotential catalyst require alloying, doping, and operate at pH 0.0?", "refer_dataset": "table12", "column names": ["overpotential V", "Alloying", "Doping", "pH"], "condition_column": ["overpotential V", "Alloying"], "answer_column": ["Doping", "pH"], "condition": {"overpotential V": "0.414", "Alloying": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} V overpotential catalyst require alloying, doping, and operate at pH {}?"} +{"question": "Is the CO₂ absolute adsorption amount of [0.0239195, 0.11422199999999999, 0.24851199999999998, 1.21076, 4.18618] at [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure associated with a pore limiting diameter of 9.75 Å?", "refer_dataset": "table50", "column names": ["co2_absp", "co2_pressures", "pld"], "condition_column": ["co2_absp", "co2_pressures", "pld"], "answer_column": [], "condition": {"co2_absp": "[0.0239195, 0.11422199999999999, 0.24851199999999998, 1.21076, 4.18618]", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "pld": "9.75"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO₂ absolute adsorption amount of {} at {} bar pressure associated with a pore limiting diameter of {} Å?"} +{"question": "Does M4 none correlate with an ethane yield of 6.0%?", "refer_dataset": "table26", "column names": ["M4", "C2H6 yield (%)"], "condition_column": ["M4", "C2H6 yield (%)"], "answer_column": [], "condition": {"M4": "none", "C2H6 yield (%)": "6.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M4 {} correlate with an ethane yield of {}%?"} +{"question": "Is the combination of Support Al, M3 none, and Pch4 0.3 atm documented with C2y 13.7%?", "refer_dataset": "table28", "column names": ["Support", "M3", "Pch4", "C2y"], "condition_column": ["Support", "M3", "Pch4", "C2y"], "answer_column": [], "condition": {"Support": "Al", "M3": "none", "Pch4": "0.3", "C2y": "13.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of Support {}, M3 {}, and Pch4 {} atm documented with C2y {}%?"} +{"question": "Is the energy threshold of -0.95401032496 valid for the chemical formula AlLi?", "refer_dataset": "table64", "column names": ["formula_energy", "formula"], "condition_column": ["formula_energy", "formula"], "answer_column": [], "condition": {"formula_energy": "-0.95401032496", "formula": "AlLi"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy threshold of {} valid for the chemical formula {}?"} +{"question": "Is the B-site p-orbital unfilled range of 0 observed in materials with an A-site ionic radius/electronegativity of 2.7325?", "refer_dataset": "table37", "column names": ["Bsite_NpUnfilled_range", "A_O"], "condition_column": ["Bsite_NpUnfilled_range", "A_O"], "answer_column": [], "condition": {"Bsite_NpUnfilled_range": "0", "A_O": "2.7325"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the B-site p-orbital unfilled range of {} observed in materials with an A-site ionic radius/electronegativity of {}?"} +{"question": "Is there a catalyst with M3 = Hf, total flow 15 mL/min, and methane conversion below 40.08543192%?", "refer_dataset": "table21", "column names": ["M3", "Total flow(mL/min)", "CH4 conversion (%)"], "condition_column": ["M3", "Total flow(mL/min)", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "Hf", "Total flow(mL/min)": "15", "CH4 conversion (%)": "40.08543192"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M3 = {}, total flow {} mL/min, and methane conversion below {}%?"} +{"question": "Under fixed catalyst dosage 0.05 g/L, does antibiotic concentration 50 mg/L at pH 4.1 yield 19.0% efficiency?", "refer_dataset": "table6", "column names": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "condition_column": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Catalyst dosage (g/L)": "0.05", "Antibiotic dosage (mg/L)": "50", "pH": "4.1", "Degradation efficiency (%)": "19.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under fixed catalyst dosage {} g/L, does antibiotic concentration {} mg/L at pH {} yield {}% efficiency?"} +{"question": "Does a catalyst with support MgO and M3 as Mn operate at a temperature of 800.0℃?", "refer_dataset": "table23", "column names": ["Support", "M3", "Temp. (℃)"], "condition_column": ["Support", "M3", "Temp. (℃)"], "answer_column": [], "condition": {"Support": "MgO", "M3": "Mn", "Temp. (℃)": "800.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst with support {} and M3 as {} operate at a temperature of {}℃?"} +{"question": "A material from source mvc-14047 with exfoliation energy per atom 0.07163021333333308 has a bandgap of 0.0.", "refer_dataset": "table67", "column names": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "condition_column": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"source_id": "mvc-14047", "exfoliation_energy_per_atom": "0.07163021333333308", "bandgap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material from source {} with exfoliation energy per atom {} has a bandgap of {}."} +{"question": "Does the compound Zn4C104H76N12O20 have both a total energy of -1476.95722514 eV and an experimental synthesis status of True?", "refer_dataset": "table62", "column names": ["formula", "energy_total", "synthesized"], "condition_column": ["formula", "energy_total", "synthesized"], "answer_column": [], "condition": {"formula": "Zn4C104H76N12O20", "energy_total": "-1476.95722514", "synthesized": "True"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} have both a total energy of {} eV and an experimental synthesis status of {}?"} +{"question": "Is a Poisson ratio of 0.4 observed in a material with elastic tensor [[130.2, 77.6, 73.2, 0.0, -5.1, 0.0], [77.6, 131.0, 83.3, -0.0, 13.9, -0.0], [73.2, 83.3, 149.9, 0.0, 5.2, -0.0], [0.0, -0.0, 0.0, 20.9, 0.0, -11.2], [-5.1, 13.9, 5.2, 0.0, 18.1, -0.0], [0.0, -0.0, -0.0, -11.2, -0.0, 19.0]] and bulk modulus 97.7 GPa?", "refer_dataset": "table47", "column names": ["poisson", "elastic_tensor", "bulk_modulus_kv"], "condition_column": ["poisson", "elastic_tensor", "bulk_modulus_kv"], "answer_column": [], "condition": {"poisson": "0.4", "elastic_tensor": "[[130.2, 77.6, 73.2, 0.0, -5.1, 0.0], [77.6, 131.0, 83.3, -0.0, 13.9, -0.0], [73.2, 83.3, 149.9, 0.0, 5.2, -0.0], [0.0, -0.0, 0.0, 20.9, 0.0, -11.2], [-5.1, 13.9, 5.2, 0.0, 18.1, -0.0], [0.0, -0.0, -0.0, -11.2, -0.0, 19.0]]", "bulk_modulus_kv": "97.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Poisson ratio of {} observed in a material with elastic tensor {} and bulk modulus {} GPa?"} +{"question": "Does a bandgap of 2.9 eV result in a conduction band edge of − 0.36 V?", "refer_dataset": "table10", "column names": ["Eg(eV)", "CB edge(V)"], "condition_column": ["Eg(eV)", "CB edge(V)"], "answer_column": [], "condition": {"Eg(eV)": "2.9", "CB edge(V)": "− 0.36"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a bandgap of {} eV result in a conduction band edge of {} V?"} +{"question": "Is there a compound with the formula DyAs, a magnetic moment (mu_b) of -7.829999999999999e-05, and a band gap (gap pbe) of 0.7804000000000002 eV?", "refer_dataset": "table54", "column names": ["formula", "mu_b", "gap pbe"], "condition_column": ["formula", "mu_b", "gap pbe"], "answer_column": [], "condition": {"formula": "DyAs", "mu_b": "-7.829999999999999e-05", "gap pbe": "0.7804000000000002"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the formula {}, a magnetic moment (mu_b) of {}, and a band gap (gap pbe) of {} eV?"} +{"question": "Is species CH3SeH associated with a HOMO of -0.22071 eV and lattice matrix {'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[-0.031971, -0.42437, 0.0], [-0.031971, 1.547222, 0.0], [1.451436, -0.552128, 0.0], [-1.081414, 1.847848, 0.0], [0.454403, 1.924771, 0.899526], [0.454403, 1.924771, -0.899526]], 'elements': ['Se', 'C', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '']}?", "refer_dataset": "table46", "column names": ["species", "homo", "atoms"], "condition_column": ["species", "homo", "atoms"], "answer_column": [], "condition": {"species": "CH3SeH", "homo": "-0.22071", "atoms": "{'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[-0.031971, -0.42437, 0.0], [-0.031971, 1.547222, 0.0], [1.451436, -0.552128, 0.0], [-1.081414, 1.847848, 0.0], [0.454403, 1.924771, 0.899526], [0.454403, 1.924771, -0.899526]], 'elements': ['Se', 'C', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '']}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a HOMO of {} eV and lattice matrix {}?"} +{"question": "Does the M1 element none have an O2 conversion of -2.4%?", "refer_dataset": "table25", "column names": ["M1", "O2 Conv. (%)"], "condition_column": ["M1", "O2 Conv. (%)"], "answer_column": [], "condition": {"M1": "none", "O2 Conv. (%)": "-2.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the M1 element {} have an O2 conversion of {}%?"} +{"question": "Are substrates CO2,H2 converted into CH4 via reaction type methanation under conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "condition_column": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Mainproduct": "CH4", "ReactionType": "methanation", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are substrates {} converted into {} via reaction type {} under conditions {}?"} +{"question": "Is there a material where the Shannon radii at A-site is 1.44, B-site s-orbital range is 0, and energy above hull is 29.7477073211?", "refer_dataset": "table37", "column names": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "condition_column": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "answer_column": [], "condition": {"shannon_radii_host_Asite0": "1.44", "Bsite_NsUnfilled_range": "0", "EnergyAboveHull": "29.7477073211"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the Shannon radii at A-site is {}, B-site s-orbital range is {}, and energy above hull is {}?"} +{"question": "Are the bulk energy -215.68428, defective energy -206.98175275, and chemical potential -5.9912305 tied to the same entry?", "refer_dataset": "table68", "column names": ["bulk_energy", "defective_energy", "chem_pot"], "condition_column": ["bulk_energy", "defective_energy", "chem_pot"], "answer_column": [], "condition": {"bulk_energy": "-215.68428", "defective_energy": "-206.98175275", "chem_pot": "-5.9912305"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the bulk energy {}, defective energy {}, and chemical potential {} tied to the same entry?"} +{"question": "Does any molecule with HOMO energy -4.47449996619039 have a LUMO energy of 1.96937974261504?", "refer_dataset": "table61", "column names": ["HOMO", "LUMO"], "condition_column": ["HOMO", "LUMO"], "answer_column": [], "condition": {"HOMO": "-4.47449996619039", "LUMO": "1.96937974261504"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any molecule with HOMO energy {} have a LUMO energy of {}?"} +{"question": "Does a free SASA mean of 663.8433086853323 correlate with a gyration radius mean of 5.971772115629623?", "refer_dataset": "table41", "column names": ["free_sasa_mean_0", "gyration_radius_mean_0"], "condition_column": ["free_sasa_mean_0", "gyration_radius_mean_0"], "answer_column": [], "condition": {"free_sasa_mean_0": "663.8433086853323", "gyration_radius_mean_0": "5.971772115629623"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a free SASA mean of {} correlate with a gyration radius mean of {}?"} +{"question": "Are there entries where M3 is W, processed at 791°C, and Po2 is 0.09 atm?", "refer_dataset": "table28", "column names": ["M3", "Temperature", "Po2"], "condition_column": ["M3", "Temperature", "Po2"], "answer_column": [], "condition": {"M3": "W", "Temperature": "791", "Po2": "0.09"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where M3 is {}, processed at {}°C, and Po2 is {} atm?"} +{"question": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of 0.054 and Scharber PCE of 1.71378861233?", "refer_dataset": "table51", "column names": ["bp86_gap", "bp86_scharber_pce"], "condition_column": ["bp86_gap", "bp86_scharber_pce"], "answer_column": [], "condition": {"bp86_gap": "0.054", "bp86_scharber_pce": "1.71378861233"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of {} and Scharber PCE of {}?"} +{"question": "Does catalyst NiCo(7:3)/Al2O3 operate under parameters {'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''} to turn CO,H2 into CH4 via methanation reactions?", "refer_dataset": "table30", "column names": ["Catalyst", "Reaction", "Substrates", "Mainproduct", "ReactionType"], "condition_column": ["Catalyst", "Reaction", "Substrates", "Mainproduct", "ReactionType"], "answer_column": [], "condition": {"Catalyst": "NiCo(7:3)/Al2O3", "Reaction": "{'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}", "Substrates": "CO,H2", "Mainproduct": "CH4", "ReactionType": "methanation"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does catalyst {} operate under parameters {} to turn {} into {} via {} reactions?"} +{"question": "Does the ICSD material 28745 (space group 122) have matching HSE and GGA-derived band gap types (Indirect)?", "refer_dataset": "table63", "column names": ["ICSD_number", "Space_group_rlx", "Direct_or_indirect_HSE", "Direct_or_indirect"], "condition_column": ["ICSD_number", "Space_group_rlx", "Direct_or_indirect_HSE"], "answer_column": ["Direct_or_indirect"], "condition": {"ICSD_number": "28745", "Space_group_rlx": "122", "Direct_or_indirect_HSE": "Indirect"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the ICSD material {} (space group {}) have matching HSE and GGA-derived band gap types ({})?"} +{"question": "Is there a material with a bandgap of 1.1619 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "1.1619"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Is there a phase with formation energy 0.0385 per atom, indirect band gap 0.0, and 2 atoms?", "refer_dataset": "table59", "column names": ["f_enp", "indir_gap", "natoms"], "condition_column": ["f_enp", "indir_gap", "natoms"], "answer_column": [], "condition": {"f_enp": "0.0385", "indir_gap": "0.0", "natoms": "2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a phase with formation energy {} per atom, indirect band gap {}, and {} atoms?"} +{"question": "Does a carbon deficit of -0,4% align with a CO₂ yield of 1,7%?", "refer_dataset": "table27", "column names": ["C missing(%)", "CO2 yield(%)"], "condition_column": ["C missing(%)", "CO2 yield(%)"], "answer_column": [], "condition": {"C missing(%)": "-0,4", "CO2 yield(%)": "1,7"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a carbon deficit of {}% align with a CO₂ yield of {}%?"} +{"question": "There exists a material with ID 1721, formula Nb1Re3, and a Tc exceeding 5.27 K.", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "1721", "formula": "Nb1Re3", "Tc": "5.27"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "There exists a material with ID {}, formula {}, and a Tc exceeding {} K."} +{"question": "Does an alloy with 5.2% Al and 0.0% Ti exhibit a γ' size below 1.27 nm?", "refer_dataset": "table39", "column names": ["Al", "Ti", "γ＇相尺寸 (nm)"], "condition_column": ["Al", "Ti", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"Al": "5.2", "Ti": "0.0", "γ＇相尺寸 (nm)": "1.27"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an alloy with {}% Al and {}% Ti exhibit a γ' size below {} nm?"} +{"question": "Are there any stable materials (stability > 0.41234490060345) with a band gap below 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.41234490060345", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any stable materials (stability > {}) with a band gap below {} eV?"} +{"question": "Are there stable materials (stability = 0.22691826560345) with a band gap lower than 0.0 eV and delta e above 0.22691826560345 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_stability": "0.22691826560345", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.22691826560345"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there stable materials (stability = {}) with a band gap lower than {} eV and delta e above {} eV?"} +{"question": "Is there a combination of M3=W, M3 molar ratio 0.185, and support SiO2 yielding >0.56% C2H6 but <17.03% CO?", "refer_dataset": "table17", "column names": ["M3", "M3_mol", "Support", "C2H6y", "COy"], "condition_column": ["M3", "M3_mol", "Support", "C2H6y", "COy"], "answer_column": [], "condition": {"M3": "W", "M3_mol": "0.185", "Support": "SiO2", "C2H6y": "0.56", "COy": "17.03"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of M3={}, M3 molar ratio {}, and support {} yielding >{}% C2H6 but <{}% CO?"} +{"question": "Is a polymer type PVP, molecular weight 1000.0 kDa, and solvent type Methyl alcohol used together?", "refer_dataset": "table42", "column names": ["Polymer type", "Polymer Mwt, kDa", "Solvent type"], "condition_column": ["Polymer type", "Polymer Mwt, kDa", "Solvent type"], "answer_column": [], "condition": {"Polymer type": "PVP", "Polymer Mwt, kDa": "1000.0", "Solvent type": "Methyl alcohol"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a polymer type {}, molecular weight {} kDa, and solvent type {} used together?"} +{"question": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of 0.054 and Scharber PCE of 0.437147007727?", "refer_dataset": "table51", "column names": ["bp86_gap", "bp86_scharber_pce"], "condition_column": ["bp86_gap", "bp86_scharber_pce"], "answer_column": [], "condition": {"bp86_gap": "0.054", "bp86_scharber_pce": "0.437147007727"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of {} and Scharber PCE of {}?"} +{"question": "Is there a material where element A’s first ionization energy (I1a) is 5.91 eV and element B’s electron affinity (EAb) is 9.53 eV?", "refer_dataset": "table2", "column names": ["I1a", "EAb"], "condition_column": ["I1a", "EAb"], "answer_column": [], "condition": {"I1a": "5.91", "EAb": "9.53"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where element A’s first ionization energy (I1a) is {} eV and element B’s electron affinity (EAb) is {} eV?"} +{"question": "Does the post-simulation structure {'lattice_mat': [[6.81157377, 0.0, 0.0], [0.0, 4.81651, 0.0], [0.0, 0.0, 25.62314753]], 'coords': [[0.50000024, 0.40711887, 0.02863659], [3.1e-07, 0.34856958, 0.14719834], [0.50000031, 0.34767552, 0.27901645], [-6.4e-07, 0.45646981, 0.51535348], [0.25000028, 0.84746717, 0.07968611], [0.7500003, 0.84895167, 0.21188834], [0.25000042, 0.90663328, 0.32973449], [0.7499985, 0.95675199, 0.53528238], [0.75000028, 0.84746708, 0.07968614], [0.25000031, 0.84895163, 0.21188835], [0.75000032, 0.90663332, 0.32973449], [0.24999977, 0.95675049, 0.53528193], [1.8e-07, 0.4071188, 0.02863659], [0.5000003, 0.34856967, 0.14719836], [3.3e-07, 0.34767569, 0.27901643], [0.49999902, 0.45646965, 0.51535359], [0.75000017, 0.61643782, 0.00689743], [0.25000027, 0.59734311, 0.14592576], [0.75000027, 0.59204685, 0.27805441], [0.24999953, 0.63442589, 0.48637435], [0.50000028, 0.0924813, 0.08029631], [2.8e-07, 0.09705872, 0.21314769], [0.50000037, 0.11608993, 0.35171198], [-2e-07, 0.13447808, 0.56418343], [2.6e-07, 0.09248128, 0.08029632], [0.5000003, 0.09705864, 0.21314769], [3.3e-07, 0.11609002, 0.35171194], [0.49999797, 0.13448021, 0.5641843], [0.25000021, 0.61643774, 0.00689742], [0.75000028, 0.59734311, 0.14592576], [0.25000035, 0.59204687, 0.27805439], [0.74999911, 0.6344262, 0.48637486]], 'elements': ['B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [6.81157, 4.81651, 25.62315], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} have an energy of -134.51952324, with surface energy of 2.609195830379709?", "refer_dataset": "table66", "column names": ["final_atoms", "final_energy", "surf_en"], "condition_column": ["final_atoms", "final_energy", "surf_en"], "answer_column": [], "condition": {"final_atoms": "{'lattice_mat': [[6.81157377, 0.0, 0.0], [0.0, 4.81651, 0.0], [0.0, 0.0, 25.62314753]], 'coords': [[0.50000024, 0.40711887, 0.02863659], [3.1e-07, 0.34856958, 0.14719834], [0.50000031, 0.34767552, 0.27901645], [-6.4e-07, 0.45646981, 0.51535348], [0.25000028, 0.84746717, 0.07968611], [0.7500003, 0.84895167, 0.21188834], [0.25000042, 0.90663328, 0.32973449], [0.7499985, 0.95675199, 0.53528238], [0.75000028, 0.84746708, 0.07968614], [0.25000031, 0.84895163, 0.21188835], [0.75000032, 0.90663332, 0.32973449], [0.24999977, 0.95675049, 0.53528193], [1.8e-07, 0.4071188, 0.02863659], [0.5000003, 0.34856967, 0.14719836], [3.3e-07, 0.34767569, 0.27901643], [0.49999902, 0.45646965, 0.51535359], [0.75000017, 0.61643782, 0.00689743], [0.25000027, 0.59734311, 0.14592576], [0.75000027, 0.59204685, 0.27805441], [0.24999953, 0.63442589, 0.48637435], [0.50000028, 0.0924813, 0.08029631], [2.8e-07, 0.09705872, 0.21314769], [0.50000037, 0.11608993, 0.35171198], [-2e-07, 0.13447808, 0.56418343], [2.6e-07, 0.09248128, 0.08029632], [0.5000003, 0.09705864, 0.21314769], [3.3e-07, 0.11609002, 0.35171194], [0.49999797, 0.13448021, 0.5641843], [0.25000021, 0.61643774, 0.00689742], [0.75000028, 0.59734311, 0.14592576], [0.25000035, 0.59204687, 0.27805439], [0.74999911, 0.6344262, 0.48637486]], 'elements': ['B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [6.81157, 4.81651, 25.62315], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-134.51952324", "surf_en": "2.609195830379709"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the post-simulation structure {} have an energy of {}, with surface energy of {}?"} +{"question": "Is there a catalyst coded 1-1 with a C2 yield of 2.739859053% at 900°C?", "refer_dataset": "table21", "column names": ["Code", "C2 yield (%)", "Temp. (°C)"], "condition_column": ["Code", "C2 yield (%)", "Temp. (°C)"], "answer_column": [], "condition": {"Code": "1-1", "C2 yield (%)": "2.739859053", "Temp. (°C)": "900"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst coded {} with a C2 yield of {}% at {}°C?"} +{"question": "Are there materials in space group {'symprec': 0.1, 'source': 'spglib', 'symbol': 'Imma', 'number': 74, 'point_group': 'mmm', 'crystal_system': 'orthorhombic', 'hall': '-I 2b 2'} with a unit cell volume of 25.171969966926103?", "refer_dataset": "table55", "column names": ["spacegroup", "volume"], "condition_column": ["spacegroup", "volume"], "answer_column": [], "condition": {"spacegroup": "{'symprec': 0.1, 'source': 'spglib', 'symbol': 'Imma', 'number': 74, 'point_group': 'mmm', 'crystal_system': 'orthorhombic', 'hall': '-I 2b 2'}", "volume": "25.171969966926103"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with a unit cell volume of {}?"} +{"question": "Does the surface structure Surface-JVASP-107458_miller_1_0_0_thickness_16_VASP_PBE_noDP have a final energy of -221.61416715?", "refer_dataset": "table66", "column names": ["name", "final_energy"], "condition_column": ["name", "final_energy"], "answer_column": [], "condition": {"name": "Surface-JVASP-107458_miller_1_0_0_thickness_16_VASP_PBE_noDP", "final_energy": "-221.61416715"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the surface structure {} have a final energy of {}?"} +{"question": "Is there a metal oxide with Fe 0.0 and a J.uAcm2_0.63_secondCA measurement of 3798.4?", "refer_dataset": "table16", "column names": ["Fe", "J.uAcm2_0.63_secondCA"], "condition_column": ["Fe", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Fe": "0.0", "J.uAcm2_0.63_secondCA": "3798.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metal oxide with Fe {} and a J.uAcm2_0.63_secondCA measurement of {}?"} +{"question": "Does SNUMAT ID SM-16973 correspond to a HSE-derived optical band gap of 2.750453 eV?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_HSE_optical"], "condition_column": ["SNUMAT_id", "Band_gap_HSE_optical"], "answer_column": [], "condition": {"SNUMAT_id": "SM-16973", "Band_gap_HSE_optical": "2.750453"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} correspond to a HSE-derived optical band gap of {} eV?"} +{"question": "Does the sample with id 9 have a primary vibrational frequency of 0.02247121663841, Gibbs free energy of 4.57570144279915, and internal energy of 4.54692058907546?", "refer_dataset": "table61", "column names": ["id", "omega1", "G", "U"], "condition_column": ["id", "omega1", "G", "U"], "answer_column": [], "condition": {"id": "9", "omega1": "0.02247121663841", "G": "4.57570144279915", "U": "4.54692058907546"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the sample with id {} have a primary vibrational frequency of {}, Gibbs free energy of {}, and internal energy of {}?"} +{"question": "Is irradiation for 8.0 hours associated with a bandgap energy of 2.9 eV?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Eg(eV)"], "condition_column": ["irradiation time(h)", "Eg(eV)"], "answer_column": [], "condition": {"irradiation time(h)": "8.0", "Eg(eV)": "2.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is irradiation for {} hours associated with a bandgap energy of {} eV?"} +{"question": "Does the tertiary cation 27.0 have a molar percentage of 20.0%?", "refer_dataset": "table20", "column names": ["Cation3", "Cation3-mol"], "condition_column": ["Cation3", "Cation3-mol"], "answer_column": [], "condition": {"Cation3": "27.0", "Cation3-mol": "20.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the tertiary cation {} have a molar percentage of {}%?"} +{"question": "Is the material with ID ABAZAF_FSR and formula Zn4C104H76N12O20 associated with the crystal topology ERROR,UNKNOWN?", "refer_dataset": "table62", "column names": ["id", "formula", "topology"], "condition_column": ["id", "formula", "topology"], "answer_column": [], "condition": {"id": "ABAZAF_FSR", "formula": "Zn4C104H76N12O20", "topology": "ERROR,UNKNOWN"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {} and formula {} associated with the crystal topology {}?"} +{"question": "Is species HCOOHH2O associated with a formation enthalpy of na kJ/mol at 298K?", "refer_dataset": "table46", "column names": ["species", "enthalpy_formation_298K"], "condition_column": ["species", "enthalpy_formation_298K"], "answer_column": [], "condition": {"species": "HCOOHH2O", "enthalpy_formation_298K": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a formation enthalpy of {} kJ/mol at 298K?"} +{"question": "Is irradiation for 3.0 hours associated with a bandgap energy of 2.45 eV?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Eg(eV)"], "condition_column": ["irradiation time(h)", "Eg(eV)"], "answer_column": [], "condition": {"irradiation time(h)": "3.0", "Eg(eV)": "2.45"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is irradiation for {} hours associated with a bandgap energy of {} eV?"} +{"question": "Does the CIF file 4301918.cif of type Proper correspond to the polyhedron geometry Square antiprism?", "refer_dataset": "table34", "column names": ["CIF_file_name", "CIF_type", "closest_polyhedron"], "condition_column": ["CIF_file_name", "CIF_type", "closest_polyhedron"], "answer_column": [], "condition": {"CIF_file_name": "4301918.cif", "CIF_type": "Proper", "closest_polyhedron": "Square antiprism"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the CIF file {} of type {} correspond to the polyhedron geometry {}?"} +{"question": "Does the material with formula BeAlB have a surface energy of 5.193113419746809?", "refer_dataset": "table66", "column names": ["formula", "surf_en"], "condition_column": ["formula", "surf_en"], "answer_column": [], "condition": {"formula": "BeAlB", "surf_en": "5.193113419746809"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} have a surface energy of {}?"} +{"question": "Is the dataset entry 1057 (ID) for formula Fe3W2 and energy -1.95642870033 correct?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1057", "formula": "Fe3W2", "formula_energy": "-1.95642870033"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the dataset entry {} (ID) for formula {} and energy {} correct?"} +{"question": "Is there a species HCONH2CN2H4 with a HOMO of -0.228 eV, LUMO of 0.03553 eV, and enthalpy at 0K of na kJ/mol?", "refer_dataset": "table46", "column names": ["species", "homo", "lumo", "enthalpy_formation_0K"], "condition_column": ["species", "homo", "lumo", "enthalpy_formation_0K"], "answer_column": [], "condition": {"species": "HCONH2CN2H4", "homo": "-0.228", "lumo": "0.03553", "enthalpy_formation_0K": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a species {} with a HOMO of {} eV, LUMO of {} eV, and enthalpy at 0K of {} kJ/mol?"} +{"question": "Is M3 set to Mn in a process with Po2 of 0.11 atm?", "refer_dataset": "table28", "column names": ["M3", "Po2"], "condition_column": ["M3", "Po2"], "answer_column": [], "condition": {"M3": "Mn", "Po2": "0.11"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 set to {} in a process with Po2 of {} atm?"} +{"question": "Does the DOI 10.1063/1.2975338 correspond to a paper in journal Journal of Applied Physics, vol 104, 073536 (2008) with license http://arxiv.org/licenses/nonexclusive-distrib/1.0/?", "refer_dataset": "table45", "column names": ["doi", "journal-ref", "license"], "condition_column": ["doi", "journal-ref", "license"], "answer_column": [], "condition": {"doi": "10.1063/1.2975338", "journal-ref": "Journal of Applied Physics, vol 104, 073536 (2008)", "license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the DOI {} correspond to a paper in journal {} with license {}?"} +{"question": "Does a face-centered cubic (FCC) element with an atomic radius of 0 Å have a density of 0.5 g/cm³ and an electron affinity of 0.1785 kJ/mol?", "refer_dataset": "table36", "column names": ["IsFCC", "Atomic Radius (Å)", "Density", "Electron Affinity (kJ/mol)"], "condition_column": ["IsFCC", "Atomic Radius (Å)", "Density"], "answer_column": ["Electron Affinity (kJ/mol)"], "condition": {"IsFCC": "0", "Atomic Radius (Å)": "0.5", "Density": "0.1785"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a face-centered cubic (FCC) element with an atomic radius of {} Å have a density of {} g/cm³ and an electron affinity of {} kJ/mol?"} +{"question": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of 0.155 and Scharber PCE of 2.89200285658e-08?", "refer_dataset": "table51", "column names": ["bp86_gap", "bp86_scharber_pce"], "condition_column": ["bp86_gap", "bp86_scharber_pce"], "answer_column": [], "condition": {"bp86_gap": "0.155", "bp86_scharber_pce": "2.89200285658e-08"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of {} and Scharber PCE of {}?"} +{"question": "Does a perovskite with an HSE lattice constant of 6.14 have an HSE decomposition energy of 0.31?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "HSE_decomp_energy"], "condition_column": ["HSE_latt_const", "HSE_decomp_energy"], "answer_column": [], "condition": {"HSE_latt_const": "6.14", "HSE_decomp_energy": "0.31"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a perovskite with an HSE lattice constant of {} have an HSE decomposition energy of {}?"} +{"question": "Is the volumetric surface area of 2237.9 m²/cm³ combined with a CO₂ adsorption pressure of [0.01, 0.05, 0.1, 0.5, 2.5] bar linked to a minimum adsorption capacity of 0.00802129?", "refer_dataset": "table50", "column names": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "condition_column": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2cm3": "2237.9", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "min_co2_adsp": "0.00802129"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the volumetric surface area of {} m²/cm³ combined with a CO₂ adsorption pressure of {} bar linked to a minimum adsorption capacity of {}?"} +{"question": "Is a calcination temperature setting of 850°C used with an aging time duration of 2 hours?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)"], "condition_column": ["CT (℃)", "AH (h)"], "answer_column": [], "condition": {"CT (℃)": "850", "AH (h)": "2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a calcination temperature setting of {}°C used with an aging time duration of {} hours?"} +{"question": "For dopant C with illumination time 40 min, is the pH level 3.0?", "refer_dataset": "table8", "column names": ["Dopant", "Illumination time(min)", "pH"], "condition_column": ["Dopant", "Illumination time(min)", "pH"], "answer_column": [], "condition": {"Dopant": "C", "Illumination time(min)": "40", "pH": "3.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For dopant {} with illumination time {} min, is the pH level {}?"} +{"question": "Are there any molecules with a statistical correlation coefficient of -4.02684653612837 and Gibbs free energy of 0.87175460939383?", "refer_dataset": "table61", "column names": ["R2", "G"], "condition_column": ["R2", "G"], "answer_column": [], "condition": {"R2": "-4.02684653612837", "G": "0.87175460939383"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any molecules with a statistical correlation coefficient of {} and Gibbs free energy of {}?"} +{"question": "Does a MOF with a surface area of 3087.3 m²/g, void fraction of 0.7060609999999999, and maximum CO₂ adsorption capacity of 11.2144 exist?", "refer_dataset": "table50", "column names": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "condition_column": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2g": "3087.3", "void_fraction": "0.7060609999999999", "max_co2_adsp": "11.2144"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a surface area of {} m²/g, void fraction of {}, and maximum CO₂ adsorption capacity of {} exist?"} +{"question": "Does material formula Al3Cu2 exhibit vacancy formation energy data?", "refer_dataset": "table53", "column names": ["formula", "vac_dat"], "condition_column": ["formula"], "answer_column": ["vac_dat"], "condition": {"formula": "Al3Cu2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material formula {} exhibit vacancy formation energy data?"} +{"question": "The dataset contains a record with B3LYP HOMO energy level of -0.186, BP86 gap of 0.034, and M06 Scharber voltage of 1.5225615125.", "refer_dataset": "table51", "column names": ["b3lyp_homo", "bp86_gap", "m06_scharber_voc"], "condition_column": ["b3lyp_homo", "bp86_gap", "m06_scharber_voc"], "answer_column": [], "condition": {"b3lyp_homo": "-0.186", "bp86_gap": "0.034", "m06_scharber_voc": "1.5225615125"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The dataset contains a record with B3LYP HOMO energy level of {}, BP86 gap of {}, and M06 Scharber voltage of {}."} +{"question": "Do compositions with Dope H exhibit CH4Ead 0.9920012573?", "refer_dataset": "table24", "column names": ["Dope", "CH4Ead"], "condition_column": ["Dope", "CH4Ead"], "answer_column": [], "condition": {"Dope": "H", "CH4Ead": "0.9920012573"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do compositions with Dope {} exhibit CH4Ead {}?"} +{"question": "Is the synthesized structure Zn4C104H76N12O20 classified under dia topology and linked to doi https://doi.org/10.1021/cg049949d?", "refer_dataset": "table62", "column names": ["formula", "topology", "doi"], "condition_column": ["formula", "topology", "doi"], "answer_column": [], "condition": {"formula": "Zn4C104H76N12O20", "topology": "dia", "doi": "https://doi.org/10.1021/cg049949d"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the synthesized structure {} classified under {} topology and linked to doi {}?"} +{"question": "Has a neutral OVP of 18.0 mV been recorded for the sol-gel method?", "refer_dataset": "table13", "column names": ["Neutral_OVP", "Judge_Sol_Gel"], "condition_column": ["Neutral_OVP"], "answer_column": ["Judge_Sol_Gel"], "condition": {"Neutral_OVP": "18.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has a neutral OVP of {} mV been recorded for the sol-gel method?"} +{"question": "Is there a compound with job ID cc-8, species H2OCH3OCH3, and a HOMO energy of -0.26658 eV?", "refer_dataset": "table46", "column names": ["jid", "species", "homo"], "condition_column": ["jid", "species", "homo"], "answer_column": [], "condition": {"jid": "cc-8", "species": "H2OCH3OCH3", "homo": "-0.26658"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with job ID {}, species {}, and a HOMO energy of {} eV?"} +{"question": "Is the Goldschmidt TF ionic contribution 0.976827924526 combined with an A-site/B-site ratio of 2.04125 observed in materials with energy above hull 29.7477073211?", "refer_dataset": "table37", "column names": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "condition_column": ["goldschmidt_TF_ionic", "A_B", "EnergyAboveHull"], "answer_column": [], "condition": {"goldschmidt_TF_ionic": "0.976827924526", "A_B": "2.04125", "EnergyAboveHull": "29.7477073211"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Goldschmidt TF ionic contribution {} combined with an A-site/B-site ratio of {} observed in materials with energy above hull {}?"} +{"question": "Does a γ' phase size of 58.0 nm occur with 80.6% Ni?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Ni"], "condition_column": ["γ＇相尺寸 (nm)", "Ni"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "58.0", "Ni": "80.6"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a γ' phase size of {} nm occur with {}% Ni?"} +{"question": "Is there a catalyst combining M1 Li, M2 Mg, and Support Sm, achieving a C2y of 11.5%?", "refer_dataset": "table28", "column names": ["M1", "M2", "Support", "C2y"], "condition_column": ["M1", "M2", "Support", "C2y"], "answer_column": [], "condition": {"M1": "Li", "M2": "Mg", "Support": "Sm", "C2y": "11.5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst combining M1 {}, M2 {}, and Support {}, achieving a C2y of {}%?"} +{"question": "Can a material with exfoliation energy per atom of 0.12851741000000017 exhibit a bandgap of 0.2086000000000005?", "refer_dataset": "table67", "column names": ["exfoliation_energy_per_atom", "bandgap"], "condition_column": ["exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"exfoliation_energy_per_atom": "0.12851741000000017", "bandgap": "0.2086000000000005"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material with exfoliation energy per atom of {} exhibit a bandgap of {}?"} +{"question": "Do molecules with asphericity mean 0.8382280120700157 and axes means (4.622512047031827, 7.720269357691357) exist?", "refer_dataset": "table41", "column names": ["asphericity_mean_0", "axes_mean_0", "axes_mean_1"], "condition_column": ["asphericity_mean_0", "axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"asphericity_mean_0": "0.8382280120700157", "axes_mean_0": "4.622512047031827", "axes_mean_1": "7.720269357691357"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with asphericity mean {} and axes means ({}, {}) exist?"} +{"question": "Does M3 Nd, processed at 791°C under Pch4 0.91 atm, exist in the data?", "refer_dataset": "table28", "column names": ["M3", "Temperature", "Pch4"], "condition_column": ["M3", "Temperature", "Pch4"], "answer_column": [], "condition": {"M3": "Nd", "Temperature": "791", "Pch4": "0.91"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M3 {}, processed at {}°C under Pch4 {} atm, exist in the data?"} +{"question": "Is a spherocity index std 0.0295338097570481 found with whim mean 36.19336842105263 and inertial shape factor std 4.93992146092972e-05?", "refer_dataset": "table41", "column names": ["spherocity_index_std_0", "whim_mean_0", "inertial_shape_factor_std_0"], "condition_column": ["spherocity_index_std_0", "whim_mean_0", "inertial_shape_factor_std_0"], "answer_column": [], "condition": {"spherocity_index_std_0": "0.0295338097570481", "whim_mean_0": "36.19336842105263", "inertial_shape_factor_std_0": "4.93992146092972e-05"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a spherocity index std {} found with whim mean {} and inertial shape factor std {}?"} +{"question": "Is there a catalyst with overpotential 0.194 V, pH 7.5, and surface functionalization (Functionalization=1)?", "refer_dataset": "table12", "column names": ["overpotential V", "pH", "Functionalization"], "condition_column": ["overpotential V", "pH"], "answer_column": ["Functionalization"], "condition": {"overpotential V": "0.194", "pH": "7.5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with overpotential {} V, pH {}, and surface functionalization (Functionalization=1)?"} +{"question": "Is there an Alkaline Earth metal with a valence of 0, a specific heat capacity of 0 J/g·K, and a Wigner-Seitz radius (n_ws^third) of 5.193?", "refer_dataset": "table36", "column names": ["IsAlkalineEarth", "valence", "specific heat capacity", "n_ws^third"], "condition_column": ["IsAlkalineEarth", "valence", "specific heat capacity"], "answer_column": ["n_ws^third"], "condition": {"IsAlkalineEarth": "0", "valence": "0", "specific heat capacity": "5.193"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an Alkaline Earth metal with a valence of {}, a specific heat capacity of {} J/g·K, and a Wigner-Seitz radius (n_ws^third) of {}?"} +{"question": "Are additional component nonmetal present in catalysts synthesized at 140.0°C?", "refer_dataset": "table7", "column names": ["Additional", "Synhesis_Temp"], "condition_column": ["Additional", "Synhesis_Temp"], "answer_column": [], "condition": {"Additional": "nonmetal", "Synhesis_Temp": "140.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are additional component {} present in catalysts synthesized at {}°C?"} +{"question": "Are there materials with atomic radii (A) 104.87 Å, (B) 55.45 Å, and a Ra/Rb ratio of 1.495?", "refer_dataset": "table3", "column names": ["Ra", "Rb", "Ra/Rb"], "condition_column": ["Ra", "Rb", "Ra/Rb"], "answer_column": [], "condition": {"Ra": "104.87", "Rb": "55.45", "Ra/Rb": "1.495"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with atomic radii (A) {} Å, (B) {} Å, and a Ra/Rb ratio of {}?"} +{"question": "Is there a material with a hydrogen production rate of 325.4 µmol h⁻¹ g⁻¹ and a tolerance factor of 0.939?", "refer_dataset": "table3", "column names": ["RH2(µmol h-1 g-1)", "t"], "condition_column": ["RH2(µmol h-1 g-1)", "t"], "answer_column": [], "condition": {"RH2(µmol h-1 g-1)": "325.4", "t": "0.939"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a hydrogen production rate of {} µmol h⁻¹ g⁻¹ and a tolerance factor of {}?"} +{"question": "Is M1 Y, M2 Ba, and Temperature 822°C used in any Type Literature dataset?", "refer_dataset": "table28", "column names": ["M1", "M2", "Temperature", "Type"], "condition_column": ["M1", "M2", "Temperature", "Type"], "answer_column": [], "condition": {"M1": "Y", "M2": "Ba", "Temperature": "822", "Type": "Literature"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M1 {}, M2 {}, and Temperature {}°C used in any Type {} dataset?"} +{"question": "Do catalysts with M1=Mn, M2_mol 0.37, and support ID 11 always show CO2 selectivity lower than 11.9% when C2y exceeds 6.54%?", "refer_dataset": "table17", "column names": ["M1", "M2_mol", "Support_ID", "CO2s", "C2y"], "condition_column": ["M1", "M2_mol", "Support_ID", "CO2s", "C2y"], "answer_column": [], "condition": {"M1": "Mn", "M2_mol": "0.37", "Support_ID": "11", "CO2s": "11.9", "C2y": "6.54"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts with M1={}, M2_mol {}, and support ID {} always show CO2 selectivity lower than {}% when C2y exceeds {}%?"} +{"question": "Is there a material where the electronic permittivity is 4.21 and the refractive index is 2.05?", "refer_dataset": "table49", "column names": ["Eps_elec", "Ref_ind"], "condition_column": ["Eps_elec", "Ref_ind"], "answer_column": [], "condition": {"Eps_elec": "4.21", "Ref_ind": "2.05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the electronic permittivity is {} and the refractive index is {}?"} +{"question": "Does MOF type FUNC require a synthesis temperature of 170.0°C and reaction pressure of 1.0 atm?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "condition_column": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "answer_column": [], "condition": {"MOF_Type": "FUNC", "Synhesis_Temp": "170.0", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} require a synthesis temperature of {}°C and reaction pressure of {} atm?"} +{"question": "Does SNUMAT ID SM-14907 represent a material with GGA optical band gap 0.0 eV, magnetic ordering NM, and direct band gap?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_GGA_optical", "Magnetic_ordering", "Direct_or_indirect"], "condition_column": ["SNUMAT_id", "Band_gap_GGA_optical", "Magnetic_ordering"], "answer_column": ["Direct_or_indirect"], "condition": {"SNUMAT_id": "SM-14907", "Band_gap_GGA_optical": "0.0", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} represent a material with GGA optical band gap {} eV, magnetic ordering {}, and direct band gap?"} +{"question": "Is the interatomic potential Pd.set associated with surface energy data?", "refer_dataset": "table53", "column names": ["func", "surf_dat"], "condition_column": ["func"], "answer_column": ["surf_dat"], "condition": {"func": "Pd.set"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the interatomic potential {} associated with surface energy data?"} +{"question": "Are the largest cavity diameter of 20.75 Å and volumetric surface area of 1444.8 m²/cm³ present in the same MOF?", "refer_dataset": "table50", "column names": ["lcd", "surface_area_m2cm3"], "condition_column": ["lcd", "surface_area_m2cm3"], "answer_column": [], "condition": {"lcd": "20.75", "surface_area_m2cm3": "1444.8"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the largest cavity diameter of {} Å and volumetric surface area of {} m²/cm³ present in the same MOF?"} +{"question": "Are PMI1 std 35.73708987378038, PMI2 std 375.5719432355348, and PMI3 std 351.47344182266704 all recorded for the same molecule?", "refer_dataset": "table41", "column names": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "condition_column": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "answer_column": [], "condition": {"pmi1_std_0": "35.73708987378038", "pmi2_std_0": "375.5719432355348", "pmi3_std_0": "351.47344182266704"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are PMI1 std {}, PMI2 std {}, and PMI3 std {} all recorded for the same molecule?"} +{"question": "Is there a non-magnetic (mu_b = 0) material with formula 3.3799999999999995e-05 that has a bulk modulus exceeding SnS and shear modulus below 37.9081914130929?", "refer_dataset": "table56", "column names": ["mu_b", "formula", "bulk modulus", "shear modulus"], "condition_column": ["mu_b", "formula", "bulk modulus"], "answer_column": ["shear modulus"], "condition": {"mu_b": "3.3799999999999995e-05", "formula": "SnS", "bulk modulus": "37.9081914130929"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-magnetic (mu_b = 0) material with formula {} that has a bulk modulus exceeding {} and shear modulus below {}?"} +{"question": "Does the molecule with SMILES CC#C have a HOMO energy of -0.9418740379375, LUMO energy of 1.05581067481208, and gap of 1.01827349464328?", "refer_dataset": "table61", "column names": ["SMILES", "HOMO", "LUMO", "gap"], "condition_column": ["SMILES", "HOMO", "LUMO", "gap"], "answer_column": [], "condition": {"SMILES": "CC#C", "HOMO": "-0.9418740379375", "LUMO": "1.05581067481208", "gap": "1.01827349464328"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecule with SMILES {} have a HOMO energy of {}, LUMO energy of {}, and gap of {}?"} +{"question": "Has a South Korea study using physical-chemical deposition achieved neutral OVP of 123.0 mV with 0 citations?", "refer_dataset": "table13", "column names": ["Country", "Neutral_OVP", "Judge_Phys_Chem_Deposition", "Cited_Time"], "condition_column": ["Country", "Neutral_OVP", "Judge_Phys_Chem_Deposition"], "answer_column": ["Cited_Time"], "condition": {"Country": "South Korea", "Neutral_OVP": "123.0", "Judge_Phys_Chem_Deposition": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has a {} study using physical-chemical deposition achieved neutral OVP of {} mV with {} citations?"} +{"question": "Does the material with energy above hull of 0.00043611915 eV decompose into Ac ?", "refer_dataset": "table44", "column names": ["e_above_hull", "decomposition"], "condition_column": ["e_above_hull", "decomposition"], "answer_column": [], "condition": {"e_above_hull": "0.00043611915", "decomposition": " Ac "}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with energy above hull of {} eV decompose into {}?"} +{"question": "Does catalyst 12,7%NiPt(1:1)/Al2O3 operate under parameters {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '8,5%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''} to turn CO2,H2 into CH4 via methanation reactions?", "refer_dataset": "table30", "column names": ["Catalyst", "Reaction", "Substrates", "Mainproduct", "ReactionType"], "condition_column": ["Catalyst", "Reaction", "Substrates", "Mainproduct", "ReactionType"], "answer_column": [], "condition": {"Catalyst": "12,7%NiPt(1:1)/Al2O3", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '8,5%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Substrates": "CO2,H2", "Mainproduct": "CH4", "ReactionType": "methanation"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does catalyst {} operate under parameters {} to turn {} into {} via {} reactions?"} +{"question": "Is a Poisson ratio of 0.23 recorded for a material with shear modulus 33.05 GPa?", "refer_dataset": "table47", "column names": ["poisson", "shear_modulus_gv"], "condition_column": ["poisson", "shear_modulus_gv"], "answer_column": [], "condition": {"poisson": "0.23", "shear_modulus_gv": "33.05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Poisson ratio of {} recorded for a material with shear modulus {} GPa?"} +{"question": "Is there a material where electron affinity (A) is 3.5 kJ/mol and enthalpy of fusion (A) is 72.2 kJ/mol?", "refer_dataset": "table3", "column names": ["EAa", "ΔfusHa"], "condition_column": ["EAa", "ΔfusHa"], "answer_column": [], "condition": {"EAa": "3.5", "ΔfusHa": "72.2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where electron affinity (A) is {} kJ/mol and enthalpy of fusion (A) is {} kJ/mol?"} +{"question": "Are compounds with tsy topology reported to have a net magnetic moment of 2.0 μB?", "refer_dataset": "table62", "column names": ["topology", "net_magmom"], "condition_column": ["topology", "net_magmom"], "answer_column": [], "condition": {"topology": "tsy", "net_magmom": "2.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are compounds with {} topology reported to have a net magnetic moment of {} μB?"} +{"question": "Does a material with a PBE mixing energy of 0.0 exhibit an HSE decomposition energy of -0.22 and a tolerance factor of 1.05?", "refer_dataset": "table49", "column names": ["PBE_mix_energy", "HSE_decomp_energy", "Tol"], "condition_column": ["PBE_mix_energy", "HSE_decomp_energy", "Tol"], "answer_column": [], "condition": {"PBE_mix_energy": "0.0", "HSE_decomp_energy": "-0.22", "Tol": "1.05"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a PBE mixing energy of {} exhibit an HSE decomposition energy of {} and a tolerance factor of {}?"} +{"question": "Is material ID 685 associated with the formula F5Nb?", "refer_dataset": "table64", "column names": ["id", "formula"], "condition_column": ["id", "formula"], "answer_column": [], "condition": {"id": "685", "formula": "F5Nb"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material ID {} associated with the formula {}?"} +{"question": "Can a material with a conduction band minimum of 4.5854 and band alignment offset of -0.31134686625131147 have a final energy of -137.42710336?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset", "final_energy"], "condition_column": ["optb88vdw_cbm", "offset", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "4.5854", "offset": "-0.31134686625131147", "final_energy": "-137.42710336"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material with a conduction band minimum of {} and band alignment offset of {} have a final energy of {}?"} +{"question": "Is there a compound with the elements C;Cr;Yb in the OQMD database?", "refer_dataset": "table31", "column names": ["2", "7"], "condition_column": ["2", "7"], "answer_column": [], "condition": {"2": "C;Cr;Yb", "7": "OQMD"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the elements {} in the {} database?"} +{"question": "Does a MOF with a minimum adsorption capacity of 0.0184314, volumetric surface area of 2349.5 m²/cm³, and largest cavity diameter of 11.75 Å exist?", "refer_dataset": "table50", "column names": ["min_co2_adsp", "surface_area_m2cm3", "lcd"], "condition_column": ["min_co2_adsp", "surface_area_m2cm3", "lcd"], "answer_column": [], "condition": {"min_co2_adsp": "0.0184314", "surface_area_m2cm3": "2349.5", "lcd": "11.75"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a minimum adsorption capacity of {}, volumetric surface area of {} m²/cm³, and largest cavity diameter of {} Å exist?"} +{"question": "When C1 is V at 20%, are ethane and ethylene selectivity 1.0% and 1.4% respectively?", "refer_dataset": "table19", "column names": ["Cation1", "Cation1Amount", "C2H6 sel", "C2H4 sel"], "condition_column": ["Cation1", "Cation1Amount", "C2H6 sel", "C2H4 sel"], "answer_column": [], "condition": {"Cation1": "V", "Cation1Amount": "20", "C2H6 sel": "1.0", "C2H4 sel": "1.4"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "When C1 is {} at {}%, are ethane and ethylene selectivity {}% and {}% respectively?"} +{"question": "Are all M3 molar ratios of 0.185 associated with C2H6 yields exceeding 5.7%?", "refer_dataset": "table17", "column names": ["M3_mol", "C2H6y"], "condition_column": ["M3_mol", "C2H6y"], "answer_column": [], "condition": {"M3_mol": "0.185", "C2H6y": "5.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all M3 molar ratios of {} associated with C2H6 yields exceeding {}%?"} +{"question": "Can entry 472982.0 have thermodynamic stability of 0.139558475603449 alongside a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472982.0", "_oqmd_stability": "0.139558475603449", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} have thermodynamic stability of {} alongside a band gap of {} eV?"} +{"question": "Was the OptB88vdW functional used for calculations yielding an OptB88vdW bandgap of 2.122 eV?", "refer_dataset": "table47", "column names": ["func", "optb88vdw_bandgap"], "condition_column": ["func", "optb88vdw_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_bandgap": "2.122"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the {} functional used for calculations yielding an OptB88vdW bandgap of {} eV?"} +{"question": "Was the paper submitted by Damian Swift last updated on 2009-02-05?", "refer_dataset": "table45", "column names": ["submitter", "update_date"], "condition_column": ["submitter", "update_date"], "answer_column": [], "condition": {"submitter": "Damian Swift", "update_date": "2009-02-05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the paper submitted by {} last updated on {}?"} +{"question": "Does a material with MBJ bandgap 8.382 eV also have an HSE bandgap of na eV?", "refer_dataset": "table47", "column names": ["mbj_bandgap", "hse_gap"], "condition_column": ["mbj_bandgap", "hse_gap"], "answer_column": [], "condition": {"mbj_bandgap": "8.382", "hse_gap": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with MBJ bandgap {} eV also have an HSE bandgap of {} eV?"} +{"question": "Does the sample with id 6 have a dipole moment of -0.37519962361434?", "refer_dataset": "table61", "column names": ["id", "mu"], "condition_column": ["id", "mu"], "answer_column": [], "condition": {"id": "6", "mu": "-0.37519962361434"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the sample with id {} have a dipole moment of {}?"} +{"question": "Is there a material with Fermi energy level at -0.9288966 and a surface valence band maximum of -1.1452?", "refer_dataset": "table66", "column names": ["efermi", "surf_vbm"], "condition_column": ["efermi", "surf_vbm"], "answer_column": [], "condition": {"efermi": "-0.9288966", "surf_vbm": "-1.1452"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with Fermi energy level at {} and a surface valence band maximum of {}?"} +{"question": "Are catalysts with a surface area of 1.05 m²/g and desorption temperature of 100°C exclusively prepared using method 1?", "refer_dataset": "table11", "column names": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "condition_column": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "answer_column": [], "condition": {"SSA (m2 g -1 )": "1.05", "DT (℃)": "100", "PM": "1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts with a surface area of {} m²/g and desorption temperature of {}°C exclusively prepared using method {}?"} +{"question": "Are there materials with formula Hf2S, mu_b = 6.11e-05, elastic anisotropy of 0.0, and a shear modulus exceeding 73.9131569870325?", "refer_dataset": "table56", "column names": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "condition_column": ["formula", "mu_b", "elastic anisotropy", "shear modulus"], "answer_column": [], "condition": {"formula": "Hf2S", "mu_b": "6.11e-05", "elastic anisotropy": "0.0", "shear modulus": "73.9131569870325"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with formula {}, mu_b = {}, elastic anisotropy of {}, and a shear modulus exceeding {}?"} +{"question": "Does a chemical potential of -3.08603175 correlate with a formation energy of 8.50421?", "refer_dataset": "table68", "column names": ["chem_pot", "ef"], "condition_column": ["chem_pot", "ef"], "answer_column": [], "condition": {"chem_pot": "-3.08603175", "ef": "8.50421"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a chemical potential of {} correlate with a formation energy of {}?"} +{"question": "Are there instances where the first ionization energy (A) is 5.595 kJ/mol and the atomic radius (A) is 116.52 Å?", "refer_dataset": "table3", "column names": ["I1a", "Ra"], "condition_column": ["I1a", "Ra"], "answer_column": [], "condition": {"I1a": "5.595", "Ra": "116.52"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the first ionization energy (A) is {} kJ/mol and the atomic radius (A) is {} Å?"} +{"question": "Are there materials where the conduction band minimum is 5.258, OptB88-vdW bandgap is 0.8818999999999999, and final energy is -237.62754539?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "5.258", "optb88vdw_bandgap": "0.8818999999999999", "final_energy": "-237.62754539"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the conduction band minimum is {}, OptB88-vdW bandgap is {}, and final energy is {}?"} +{"question": "Does a material with a Goldschmidt TF ionic contribution of 0.918888762681 also have a formation energy of -2.24433647933?", "refer_dataset": "table37", "column names": ["goldschmidt_TF_ionic", "Formation_energy"], "condition_column": ["goldschmidt_TF_ionic", "Formation_energy"], "answer_column": [], "condition": {"goldschmidt_TF_ionic": "0.918888762681", "Formation_energy": "-2.24433647933"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a Goldschmidt TF ionic contribution of {} also have a formation energy of {}?"} +{"question": "Is there a superconducting compound identified as 7 with formula Re0.1W0.9 and Tc 0.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "7", "formula": "Re0.1W0.9", "Tc": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a superconducting compound identified as {} with formula {} and Tc {} K?"} +{"question": "Does a material with a bandgap energy (Eg) of 3.4 eV have a radius ratio (Ra/Rb) of 1.543?", "refer_dataset": "table2", "column names": ["Eg(eV)", "Ra/Rb"], "condition_column": ["Eg(eV)", "Ra/Rb"], "answer_column": [], "condition": {"Eg(eV)": "3.4", "Ra/Rb": "1.543"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a bandgap energy (Eg) of {} eV have a radius ratio (Ra/Rb) of {}?"} +{"question": "Does a catalyst using Zn as M1, Mo as M2, and BaO as support achieve CH4 conversion above 26.30891122%?", "refer_dataset": "table21", "column names": ["M1", "M2", "Support", "CH4 conversion (%)"], "condition_column": ["M1", "M2", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "M2": "Mo", "Support": "BaO", "CH4 conversion (%)": "26.30891122"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using {} as M1, {} as M2, and {} as support achieve CH4 conversion above {}%?"} +{"question": "Does element -O-Si have vacancy data and bulk modulus na in space group 46.25066666666667?", "refer_dataset": "table53", "column names": ["search", "vac_dat", "kv", "spg"], "condition_column": ["search", "vac_dat", "kv"], "answer_column": ["spg"], "condition": {"search": "-O-Si", "vac_dat": "na", "kv": "46.25066666666667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does element {} have vacancy data and bulk modulus {} in space group {}?"} +{"question": "Material Sr0.7Bi0.3Ti0.7Fe0.3O3 exhibits a first ionization energy (A) of 6.172 kJ/mol, electron affinity (A) of 30.68 kJ/mol, and density (A) of 4.79 g/cm³.", "refer_dataset": "table3", "column names": ["Materials", "I1a", "EAa", "ρa"], "condition_column": ["Materials", "I1a", "EAa", "ρa"], "answer_column": [], "condition": {"Materials": "Sr0.7Bi0.3Ti0.7Fe0.3O3", "I1a": "6.172", "EAa": "30.68", "ρa": "4.79"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} exhibits a first ionization energy (A) of {} kJ/mol, electron affinity (A) of {} kJ/mol, and density (A) of {} g/cm³."} +{"question": "Is there a catalyst combining M1 Li, M2 Mg, and Support Al, achieving a C2y of 6.9%?", "refer_dataset": "table28", "column names": ["M1", "M2", "Support", "C2y"], "condition_column": ["M1", "M2", "Support", "C2y"], "answer_column": [], "condition": {"M1": "Li", "M2": "Mg", "Support": "Al", "C2y": "6.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst combining M1 {}, M2 {}, and Support {}, achieving a C2y of {}%?"} +{"question": "Does the surface structure Surface-JVASP-1248_miller_1_1_0_thickness_16_VASP_PBE_noDP have a final energy of -47.90233721?", "refer_dataset": "table66", "column names": ["name", "final_energy"], "condition_column": ["name", "final_energy"], "answer_column": [], "condition": {"name": "Surface-JVASP-1248_miller_1_1_0_thickness_16_VASP_PBE_noDP", "final_energy": "-47.90233721"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the surface structure {} have a final energy of {}?"} +{"question": "Was the OptB88vdW DFT functional used to calculate a total energy of -1.61665 eV for TbMnSi?", "refer_dataset": "table47", "column names": ["func", "optb88vdw_total_energy", "formula"], "condition_column": ["func", "optb88vdw_total_energy", "formula"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-1.61665", "formula": "TbMnSi"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the {} DFT functional used to calculate a total energy of {} eV for {}?"} +{"question": "Is there a material where M06 method reports both HOMO of -0.226, LUMO of -0.072, and Scharber efficiency of 6.14441455782e-07?", "refer_dataset": "table51", "column names": ["m06_homo", "m06_lumo", "m06_scharber_pce"], "condition_column": ["m06_homo", "m06_lumo", "m06_scharber_pce"], "answer_column": [], "condition": {"m06_homo": "-0.226", "m06_lumo": "-0.072", "m06_scharber_pce": "6.14441455782e-07"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where M06 method reports both HOMO of {}, LUMO of {}, and Scharber efficiency of {}?"} +{"question": "Does the COD entry with file identifier 1000039 have a lattice parameter a of 15.263?", "refer_dataset": "table38", "column names": ["file", "a"], "condition_column": ["file", "a"], "answer_column": [], "condition": {"file": "1000039", "a": "15.263"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the COD entry with file identifier {} have a lattice parameter a of {}?"} +{"question": "Are materials doped with Ne associated with CH3Ead 2.0082546507?", "refer_dataset": "table24", "column names": ["Dope", "CH3Ead"], "condition_column": ["Dope", "CH3Ead"], "answer_column": [], "condition": {"Dope": "Ne", "CH3Ead": "2.0082546507"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials doped with {} associated with CH3Ead {}?"} +{"question": "Does species HCOOHH2O have a HOMO energy of -0.29032 eV and a formation enthalpy at 298K of na kJ/mol?", "refer_dataset": "table46", "column names": ["species", "homo", "enthalpy_formation_298K"], "condition_column": ["species", "homo", "enthalpy_formation_298K"], "answer_column": [], "condition": {"species": "HCOOHH2O", "homo": "-0.29032", "enthalpy_formation_298K": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does species {} have a HOMO energy of {} eV and a formation enthalpy at 298K of {} kJ/mol?"} +{"question": "Is there a material where HOMO energy is -6.661347389221191, LUMO energy is 1.0231480598449707, and the gap equals 9.90494441986084?", "refer_dataset": "table60", "column names": ["homo", "lumo", "gap"], "condition_column": ["homo", "lumo", "gap"], "answer_column": [], "condition": {"homo": "-6.661347389221191", "lumo": "1.0231480598449707", "gap": "9.90494441986084"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where HOMO energy is {}, LUMO energy is {}, and the gap equals {}?"} +{"question": "Does an illumination time of 20 minutes achieve a degradation rate over 65.0%?", "refer_dataset": "table8", "column names": ["Illumination time(min)", "Degradation rate(%)"], "condition_column": ["Illumination time(min)", "Degradation rate(%)"], "answer_column": [], "condition": {"Illumination time(min)": "20", "Degradation rate(%)": "65.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an illumination time of {} minutes achieve a degradation rate over {}%?"} +{"question": "Is the heat capacity (Cv) 12.482000350952148 paired with a polarizability of 28.780000686645508?", "refer_dataset": "table60", "column names": ["Cv", "alpha"], "condition_column": ["Cv", "alpha"], "answer_column": [], "condition": {"Cv": "12.482000350952148", "alpha": "28.780000686645508"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the heat capacity (Cv) {} paired with a polarizability of {}?"} +{"question": "Does the compound Na[TmDOTA(H2O)]·4H2O (sub-family: 100000.0) have a coordination number of 7.0?", "refer_dataset": "table34", "column names": ["compound", "sub_family", "coordination_number"], "condition_column": ["compound", "sub_family", "coordination_number"], "answer_column": [], "condition": {"compound": "Na[TmDOTA(H2O)]·4H2O", "sub_family": "100000.0", "coordination_number": "7.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} (sub-family: {}) have a coordination number of {}?"} +{"question": "Is there a material with bandgap 1.1619 and stability energy per atom higher than -4.093124536666667?", "refer_dataset": "table67", "column names": ["bandgap", "energy_per_atom"], "condition_column": ["bandgap", "energy_per_atom"], "answer_column": [], "condition": {"bandgap": "1.1619", "energy_per_atom": "-4.093124536666667"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with bandgap {} and stability energy per atom higher than {}?"} +{"question": "Are there any materials with elastic anisotropy > 104.15947974675858, bulk modulus < 1.7128080410464268, and e_hull stability threshold of 0.0016083399999999?", "refer_dataset": "table56", "column names": ["elastic anisotropy", "bulk modulus", "e_hull"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_hull"], "answer_column": [], "condition": {"elastic anisotropy": "104.15947974675858", "bulk modulus": "1.7128080410464268", "e_hull": "0.0016083399999999"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any materials with elastic anisotropy > {}, bulk modulus < {}, and e_hull stability threshold of {}?"} +{"question": "Is M3 W with support BaO at 700.0°C associated with CH₄ conversion 6.1%?", "refer_dataset": "table26", "column names": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "condition_column": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "answer_column": [], "condition": {"M3": "W", "Support": "BaO", "Temp (oC)": "700.0", "CH4 Conv. (%)": "6.1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 {} with support {} at {}°C associated with CH₄ conversion {}%?"} +{"question": "Is the formation enthalpy at 0K for job ID cc-5 recorded as na kJ/mol?", "refer_dataset": "table46", "column names": ["jid", "enthalpy_formation_0K"], "condition_column": ["jid", "enthalpy_formation_0K"], "answer_column": [], "condition": {"jid": "cc-5", "enthalpy_formation_0K": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation enthalpy at 0K for job ID {} recorded as {} kJ/mol?"} +{"question": "Can a 3D material with formation energy 2.7113 have a vacancy formation factor of ['Ru,2,2.143']?", "refer_dataset": "table68", "column names": ["material_type", "ef", "ff_vac"], "condition_column": ["material_type", "ef", "ff_vac"], "answer_column": [], "condition": {"material_type": "3D", "ef": "2.7113", "ff_vac": "['Ru,2,2.143']"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a {} material with formation energy {} have a vacancy formation factor of {}?"} +{"question": "Is the melting temperature (A) 625.32 K combined with enthalpy of fusion (A) 75.35 kJ/mol and boiling temperature (A) 1436.6 K?", "refer_dataset": "table3", "column names": ["A_Tm", "ΔfusHa", "A_Tb"], "condition_column": ["A_Tm", "ΔfusHa", "A_Tb"], "answer_column": [], "condition": {"A_Tm": "625.32", "ΔfusHa": "75.35", "A_Tb": "1436.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the melting temperature (A) {} K combined with enthalpy of fusion (A) {} kJ/mol and boiling temperature (A) {} K?"} +{"question": "Is there a perovskite where the HSE lattice constant is 6.14 and the PBE band gap is 1.97?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "PBE_gap"], "condition_column": ["HSE_latt_const", "PBE_gap"], "answer_column": [], "condition": {"HSE_latt_const": "6.14", "PBE_gap": "1.97"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite where the HSE lattice constant is {} and the PBE band gap is {}?"} +{"question": "Are elements with a boiling point of 5100 K classified as Noble gases?", "refer_dataset": "table36", "column names": ["BP (K)", "IsNoblegas"], "condition_column": ["BP (K)"], "answer_column": ["IsNoblegas"], "condition": {"BP (K)": "5100"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are elements with a boiling point of {} K classified as Noble gases?"} +{"question": "Does a bandgap (gap pbe) of 0.0 indicate magnetic inactivity (mu_b = 0) in stable materials (e_hull < 0.9999131)?", "refer_dataset": "table56", "column names": ["gap pbe", "mu_b", "e_hull"], "condition_column": ["gap pbe", "mu_b"], "answer_column": ["e_hull"], "condition": {"gap pbe": "0.0", "mu_b": "0.9999131"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a bandgap (gap pbe) of {} indicate magnetic inactivity (mu_b = 0) in stable materials (e_hull < {})?"} +{"question": "Is a molecular weight of 3.0 kDa combined with a polymer weight percentage of 0.595%?", "refer_dataset": "table42", "column names": ["Polymer Mwt, kDa", "Polymer, % wt."], "condition_column": ["Polymer Mwt, kDa", "Polymer, % wt."], "answer_column": [], "condition": {"Polymer Mwt, kDa": "3.0", "Polymer, % wt.": "0.595"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a molecular weight of {} kDa combined with a polymer weight percentage of {}%?"} +{"question": "Are there materials where the HSE mixing energy is 0.0, the refractive index is 2.13, and the Log_fom is 5.28?", "refer_dataset": "table49", "column names": ["HSE_mix_energy", "Ref_ind", "Log_fom"], "condition_column": ["HSE_mix_energy", "Ref_ind", "Log_fom"], "answer_column": [], "condition": {"HSE_mix_energy": "0.0", "Ref_ind": "2.13", "Log_fom": "5.28"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the HSE mixing energy is {}, the refractive index is {}, and the Log_fom is {}?"} +{"question": "Does the Li compound exhibit a stress tensor value of [[4.724656160747431e-05, -4.266942270490276e-08, 7.107639194518821e-12], [-4.2669422744706906e-08, 4.723923011415978e-05, 5.025850359832798e-12], [7.107639189658136e-12, 5.025850364693484e-12, 4.7307798292600446e-05]]?", "refer_dataset": "table59", "column names": ["formula", "stress"], "condition_column": ["formula", "stress"], "answer_column": [], "condition": {"formula": "Li", "stress": "[[4.724656160747431e-05, -4.266942270490276e-08, 7.107639194518821e-12], [-4.2669422744706906e-08, 4.723923011415978e-05, 5.025850359832798e-12], [7.107639189658136e-12, 5.025850364693484e-12, 4.7307798292600446e-05]]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} compound exhibit a stress tensor value of {}?"} +{"question": "Can a material have concurrent B3LYP LUMO of -0.12, BP86 HOMO of -0.171, and PBE0 gap of 0.077 in this dataset?", "refer_dataset": "table51", "column names": ["b3lyp_lumo", "bp86_homo", "pbe0_gap"], "condition_column": ["b3lyp_lumo", "bp86_homo", "pbe0_gap"], "answer_column": [], "condition": {"b3lyp_lumo": "-0.12", "bp86_homo": "-0.171", "pbe0_gap": "0.077"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material have concurrent B3LYP LUMO of {}, BP86 HOMO of {}, and PBE0 gap of {} in this dataset?"} +{"question": "Are there any materials with elastic anisotropy > -5.154133360427776, bulk modulus < -1.5056371435744094, and e_hull stability threshold of 0.0?", "refer_dataset": "table56", "column names": ["elastic anisotropy", "bulk modulus", "e_hull"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_hull"], "answer_column": [], "condition": {"elastic anisotropy": "-5.154133360427776", "bulk modulus": "-1.5056371435744094", "e_hull": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any materials with elastic anisotropy > {}, bulk modulus < {}, and e_hull stability threshold of {}?"} +{"question": "Is there a study from Peoples R China published in a journal with an impact factor of 26.943?", "refer_dataset": "table13", "column names": ["Country", "IF"], "condition_column": ["Country", "IF"], "answer_column": [], "condition": {"Country": "Peoples R China", "IF": "26.943"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a study from {} published in a journal with an impact factor of {}?"} +{"question": "Is there a compound with element A as Sr and a bandgap of 2.8 eV?", "refer_dataset": "table4", "column names": ["A", "BandGap(eV)"], "condition_column": ["A", "BandGap(eV)"], "answer_column": [], "condition": {"A": "Sr", "BandGap(eV)": "2.8"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with element A as {} and a bandgap of {} eV?"} +{"question": "Is there a material with elements He (1 atoms), H (1 atoms), and an indirect bandgap below 1.3 eV?", "refer_dataset": "table22", "column names": ["B", "Bn", "C", "Cn", "Indirect_Band"], "condition_column": ["B", "Bn", "C", "Cn", "Indirect_Band"], "answer_column": [], "condition": {"B": "He", "Bn": "1", "C": "H", "Cn": "1", "Indirect_Band": "1.3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with elements {} ({} atoms), {} ({} atoms), and an indirect bandgap below {} eV?"} +{"question": "With primary cation Na, secondary cation amount 40%, and support SiO2, is methane conversion 600%?", "refer_dataset": "table19", "column names": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "condition_column": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "answer_column": [], "condition": {"Cation1": "Na", "Cation2Amount": "40", "Support": "SiO2", "Temp CH4 conv": "600"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With primary cation {}, secondary cation amount {}%, and support {}, is methane conversion {}%?"} +{"question": "A material with bandgap 0.9814000000000004, exfoliation energy per atom 0.09579424083333343, and stability energy -3.3256728375000004 exists.", "refer_dataset": "table67", "column names": ["bandgap", "exfoliation_energy_per_atom", "energy_per_atom"], "condition_column": ["bandgap", "exfoliation_energy_per_atom", "energy_per_atom"], "answer_column": [], "condition": {"bandgap": "0.9814000000000004", "exfoliation_energy_per_atom": "0.09579424083333343", "energy_per_atom": "-3.3256728375000004"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material with bandgap {}, exfoliation energy per atom {}, and stability energy {} exists."} +{"question": "Does an alloy with 9.5% Al and 0.0% Ti exhibit a γ' size below 8.26 nm?", "refer_dataset": "table39", "column names": ["Al", "Ti", "γ＇相尺寸 (nm)"], "condition_column": ["Al", "Ti", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"Al": "9.5", "Ti": "0.0", "γ＇相尺寸 (nm)": "8.26"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an alloy with {}% Al and {}% Ti exhibit a γ' size below {} nm?"} +{"question": "At CH4/O₂ ratio 3 and H₂O weight none g, is CH4 conversion 33,5% and C missing 0%?", "refer_dataset": "table27", "column names": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "3", "H2O(g)": "none", "CH4 Conv(%)": "33,5", "C missing(%)": "0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At CH4/O₂ ratio {} and H₂O weight {} g, is CH4 conversion {}% and C missing {}%?"} +{"question": "Is the surface valence band maximum 1.728 for formula Be2FeW associated with a Fermi energy level of 1.76310067?", "refer_dataset": "table66", "column names": ["surf_vbm", "formula", "efermi"], "condition_column": ["surf_vbm", "formula", "efermi"], "answer_column": [], "condition": {"surf_vbm": "1.728", "formula": "Be2FeW", "efermi": "1.76310067"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the surface valence band maximum {} for formula {} associated with a Fermi energy level of {}?"} +{"question": "Is there a combination of elements 0 (atomic number 55), H, and H with a formation energy of 0.72 eV?", "refer_dataset": "table22", "column names": ["A", "A_AtomN", "B", "C", "Formation_E"], "condition_column": ["A", "A_AtomN", "B", "C", "Formation_E"], "answer_column": [], "condition": {"A": "0", "A_AtomN": "55", "B": "H", "C": "H", "Formation_E": "0.72"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of elements {} (atomic number {}), {}, and {} with a formation energy of {} eV?"} +{"question": "Is the total energy of -312.60660367 associated with a material categorized under tag ['Potassium hydrogenbis(iodate(V))']?", "refer_dataset": "table55", "column names": ["energy", "tags"], "condition_column": ["energy", "tags"], "answer_column": [], "condition": {"energy": "-312.60660367", "tags": "['Potassium hydrogenbis(iodate(V))']"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total energy of {} associated with a material categorized under tag {}?"} +{"question": "Is there a material with the chemical formula Cu12C36H56I16N4S4 and a total energy of -672.04674395 eV?", "refer_dataset": "table62", "column names": ["formula", "energy_total"], "condition_column": ["formula", "energy_total"], "answer_column": [], "condition": {"formula": "Cu12C36H56I16N4S4", "energy_total": "-672.04674395"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and a total energy of {} eV?"} +{"question": "Is there a molecule with Bertz complexity index 1584.7165317707793, spherocity index mean 0.1227710512797991, and eccentricity std 0.00040335?", "refer_dataset": "table41", "column names": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "condition_column": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "answer_column": [], "condition": {"bertz_ct_mean_0": "1584.7165317707793", "spherocity_index_mean_0": "0.1227710512797991", "eccentricity_std_0": "0.00040335"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with Bertz complexity index {}, spherocity index mean {}, and eccentricity std {}?"} +{"question": "Is a material with formation energy (e_form) of -0.3393416995238088 always structurally unstable (e_hull > 0.0)?", "refer_dataset": "table56", "column names": ["e_form", "e_hull"], "condition_column": ["e_form", "e_hull"], "answer_column": [], "condition": {"e_form": "-0.3393416995238088", "e_hull": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with formation energy (e_form) of {} always structurally unstable (e_hull > {})?"} +{"question": "Is there a solvent volume of 0.0%, surfactant percentage of 0.0%, and polymer percentage of 0.28% in any record?", "refer_dataset": "table42", "column names": ["Solvent, % vol.", "Surfactant, % wt.", "Polymer, % wt."], "condition_column": ["Solvent, % vol.", "Surfactant, % wt.", "Polymer, % wt."], "answer_column": [], "condition": {"Solvent, % vol.": "0.0", "Surfactant, % wt.": "0.0", "Polymer, % wt.": "0.28"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a solvent volume of {}%, surfactant percentage of {}%, and polymer percentage of {}% in any record?"} +{"question": "Is there a material with 6 host A-site atoms, Shannon radii of 1.27, and a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "6", "shannon_radii_host_Asite0": "1.27", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} host A-site atoms, Shannon radii of {}, and a B-site s-orbital unfilled range of {}?"} +{"question": "Does material Ti modeled via potential ffield.TiON.comb3 have a bulk modulus of 28.138?", "refer_dataset": "table53", "column names": ["formula", "func", "kv"], "condition_column": ["formula", "func", "kv"], "answer_column": [], "condition": {"formula": "Ti", "func": "ffield.TiON.comb3", "kv": "28.138"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} modeled via potential {} have a bulk modulus of {}?"} +{"question": "Is the lanthanide ion Dy3+ (concentration: 100.0) published in 2003 with the reference Ishikawa, N., Sugita, M., Ishikawa, T., Koshihara, S. & Kaizu, Y. 2003 Lanthanide Double-Decker Complexes Functioning as Magnets at the Single-Molecular Level. Journal of the American Chemical Society 125, 8694–8695. (doi:10.1021/ja029629n)?", "refer_dataset": "table34", "column names": ["Ln_ion", "concentration", "pub_year", "reference"], "condition_column": ["Ln_ion", "concentration", "pub_year", "reference"], "answer_column": [], "condition": {"Ln_ion": "Dy3+", "concentration": "100.0", "pub_year": "2003", "reference": "Ishikawa, N., Sugita, M., Ishikawa, T., Koshihara, S. & Kaizu, Y. 2003 Lanthanide Double-Decker Complexes Functioning as Magnets at the Single-Molecular Level. Journal of the American Chemical Society 125, 8694–8695. (doi:10.1021/ja029629n)"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the lanthanide ion {} (concentration: {}) published in {} with the reference {}?"} +{"question": "Does the material with ID mp-1020163 have a chemical formula Mo3P, magnetic ordering (mu_b > 5.6e-06), and unstable structure (e_hull > 0.0)?", "refer_dataset": "table56", "column names": ["id", "formula", "mu_b", "e_hull"], "condition_column": ["id", "formula", "mu_b", "e_hull"], "answer_column": [], "condition": {"id": "mp-1020163", "formula": "Mo3P", "mu_b": "5.6e-06", "e_hull": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a chemical formula {}, magnetic ordering (mu_b > {}), and unstable structure (e_hull > {})?"} +{"question": "Does a Bi-based photocatalyst with BiOBr m²/g SBET and 59.75 g/l loading produce 0.25 μmol/g/h CO?", "refer_dataset": "table10", "column names": ["Bi type in photocatalyst", "SBET (m2 /g)", "loading (g/l)", "Yield (μmol/g/h)"], "condition_column": ["Bi type in photocatalyst", "SBET (m2 /g)", "loading (g/l)"], "answer_column": ["Yield (μmol/g/h)"], "condition": {"Bi type in photocatalyst": "BiOBr", "SBET (m2 /g)": "59.75", "loading (g/l)": "0.25"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Bi-based photocatalyst with {} m²/g SBET and {} g/l loading produce {} μmol/g/h CO?"} +{"question": "Does a Sn/SnO2 catalyst with surface strain operate in chemical environment 0.0 at pH 1.0?", "refer_dataset": "table12", "column names": ["Catalyst label", "Surface Strain", "Chemical Environment 1=electrolyte 2=pressure", "pH"], "condition_column": ["Catalyst label", "Surface Strain", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["pH"], "condition": {"Catalyst label": "Sn/SnO2", "Surface Strain": "0.0", "Chemical Environment 1=electrolyte 2=pressure": "1.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} catalyst with surface strain operate in chemical environment {} at pH {}?"} +{"question": "Is the Pauling electronegativity (B) 1.82 paired with a melting temperature (B) of 1542.95 K?", "refer_dataset": "table3", "column names": ["χpb", "B_Tm"], "condition_column": ["χpb", "B_Tm"], "answer_column": [], "condition": {"χpb": "1.82", "B_Tm": "1542.95"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Pauling electronegativity (B) {} paired with a melting temperature (B) of {} K?"} +{"question": "Does a specific surface area of 36.62 m²/g correspond to a yield of 5.185 μmol/g/h?", "refer_dataset": "table10", "column names": ["SBET (m2 /g)", "Yield (μmol/g/h)"], "condition_column": ["SBET (m2 /g)", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"SBET (m2 /g)": "36.62", "Yield (μmol/g/h)": "5.185"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a specific surface area of {} m²/g correspond to a yield of {} μmol/g/h?"} +{"question": "Are 900°C, 2 mol/mol CH4/O2 ratio, and 2.299800228% C2 yield conditions found in any catalyst using La2O3 support?", "refer_dataset": "table21", "column names": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "condition_column": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "answer_column": [], "condition": {"Temp. (°C)": "900", "CH4/O2 (mol/mol)": "2", "C2 yield (%)": "2.299800228", "Support": "La2O3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}°C, {} mol/mol CH4/O2 ratio, and {}% C2 yield conditions found in any catalyst using {} support?"} +{"question": "Material ID 2dm-8 has exfoliation energy of 0.12116059700000026 per atom. Is its total energy per atom equal to -5.992445109999999?", "refer_dataset": "table67", "column names": ["material_id", "exfoliation_energy_per_atom", "energy_per_atom"], "condition_column": ["material_id", "exfoliation_energy_per_atom", "energy_per_atom"], "answer_column": [], "condition": {"material_id": "2dm-8", "exfoliation_energy_per_atom": "0.12116059700000026", "energy_per_atom": "-5.992445109999999"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material ID {} has exfoliation energy of {} per atom. Is its total energy per atom equal to {}?"} +{"question": "Are catalysts using M1=Mn, M2=Na, and support BN achieving C2 selectivity over 32.86%?", "refer_dataset": "table17", "column names": ["M1", "M2", "Support", "C2s"], "condition_column": ["M1", "M2", "Support", "C2s"], "answer_column": [], "condition": {"M1": "Mn", "M2": "Na", "Support": "BN", "C2s": "32.86"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts using M1={}, M2={}, and support {} achieving C2 selectivity over {}%?"} +{"question": "Does the element -Ti have a bulk modulus (Voigt average) of 28.138?", "refer_dataset": "table53", "column names": ["search", "kv"], "condition_column": ["search", "kv"], "answer_column": [], "condition": {"search": "-Ti", "kv": "28.138"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the element {} have a bulk modulus (Voigt average) of {}?"} +{"question": "Does the catalyst NiCo(7:3)/Al2O3 require CO,H2 for CH₄ synthesis?", "refer_dataset": "table30", "column names": ["Catalyst", "Substrates"], "condition_column": ["Catalyst", "Substrates"], "answer_column": [], "condition": {"Catalyst": "NiCo(7:3)/Al2O3", "Substrates": "CO,H2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst {} require {} for CH₄ synthesis?"} +{"question": "Is tertiary cation na at 0% concentration on SiO2 support linked to CO2 selectivity 35.9%?", "refer_dataset": "table19", "column names": ["Cation3", "Cation3Amount", "Support", "CO2 sel"], "condition_column": ["Cation3", "Cation3Amount", "Support", "CO2 sel"], "answer_column": [], "condition": {"Cation3": "na", "Cation3Amount": "0", "Support": "SiO2", "CO2 sel": "35.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is tertiary cation {} at {}% concentration on {} support linked to CO2 selectivity {}%?"} +{"question": "At a temperature of 750.0℃, is the methane conversion rate 24.6%?", "refer_dataset": "table23", "column names": ["Temp. (℃)", "CH4 conversion (%)"], "condition_column": ["Temp. (℃)", "CH4 conversion (%)"], "answer_column": [], "condition": {"Temp. (℃)": "750.0", "CH4 conversion (%)": "24.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a temperature of {}℃, is the methane conversion rate {}%?"} +{"question": "Is there a catalyst where M1 is Li, M2 is K, and the C₂ yield is 8.2%?", "refer_dataset": "table23", "column names": ["M1", "M2", "C2 yield (%)"], "condition_column": ["M1", "M2", "C2 yield (%)"], "answer_column": [], "condition": {"M1": "Li", "M2": "K", "C2 yield (%)": "8.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {}, M2 is {}, and the C₂ yield is {}%?"} +{"question": "Do materials with a band gap of 0.0 eV always have a delta e below 0.405690829361882 eV?", "refer_dataset": "table57", "column names": ["_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.405690829361882"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a band gap of {} eV always have a delta e below {} eV?"} +{"question": "Are the bulk energy 5.1992, defective energy 6.06767341, and chemical potential 0.32495403 tied to the same entry?", "refer_dataset": "table68", "column names": ["bulk_energy", "defective_energy", "chem_pot"], "condition_column": ["bulk_energy", "defective_energy", "chem_pot"], "answer_column": [], "condition": {"bulk_energy": "5.1992", "defective_energy": "6.06767341", "chem_pot": "0.32495403"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the bulk energy {}, defective energy {}, and chemical potential {} tied to the same entry?"} +{"question": "Are there compounds with a magnetic moment (mu_b) above 0.0004008999999999 and a band gap (gap pbe) below 0.0 eV?", "refer_dataset": "table54", "column names": ["mu_b", "gap pbe"], "condition_column": ["mu_b", "gap pbe"], "answer_column": [], "condition": {"mu_b": "0.0004008999999999", "gap pbe": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there compounds with a magnetic moment (mu_b) above {} and a band gap (gap pbe) below {} eV?"} +{"question": "Is the molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 associated with a calcination temperature of 900°C, preparation method 3, and reference number [28]?", "refer_dataset": "table11", "column names": ["Molecular formulas", "CT (℃)", "PM", "Ref."], "condition_column": ["Molecular formulas", "CT (℃)", "PM", "Ref."], "answer_column": [], "condition": {"Molecular formulas": "La0.5Bi0.2Ba0.2Mn0.1FeO3", "CT (℃)": "900", "PM": "3", "Ref.": "[28]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the molecular formula {} associated with a calcination temperature of {}°C, preparation method {}, and reference number {}?"} +{"question": "Does component A with a melting temp (A_Tm) of 727.0 K have component B's melting temp (B_Tm) of 1698.56 K?", "refer_dataset": "table2", "column names": ["A_Tm", "B_Tm"], "condition_column": ["A_Tm", "B_Tm"], "answer_column": [], "condition": {"A_Tm": "727.0", "B_Tm": "1698.56"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does component A with a melting temp (A_Tm) of {} K have component B's melting temp (B_Tm) of {} K?"} +{"question": "Does the material with ID 9.0 show an energy gap of 9.90494441986084, r² of 160.72230529785156, and zero-point vibrational energy of 1.2322947978973389?", "refer_dataset": "table60", "column names": ["id", "gap", "r2", "zpve"], "condition_column": ["id", "gap", "r2", "zpve"], "answer_column": [], "condition": {"id": "9.0", "gap": "9.90494441986084", "r2": "160.72230529785156", "zpve": "1.2322947978973389"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} show an energy gap of {}, r² of {}, and zero-point vibrational energy of {}?"} +{"question": "Is there a SNUMAT material SM-3507 with a GGA optical band gap of 3.807256 eV and direct band gap type?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_GGA_optical", "Direct_or_indirect"], "condition_column": ["SNUMAT_id", "Band_gap_GGA_optical"], "answer_column": ["Direct_or_indirect"], "condition": {"SNUMAT_id": "SM-3507", "Band_gap_GGA_optical": "3.807256"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a SNUMAT material {} with a GGA optical band gap of {} eV and direct band gap type?"} +{"question": "Is there a study from South Korea published in a journal with an impact factor of 3.077?", "refer_dataset": "table13", "column names": ["Country", "IF"], "condition_column": ["Country", "IF"], "answer_column": [], "condition": {"Country": "South Korea", "IF": "3.077"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a study from {} published in a journal with an impact factor of {}?"} +{"question": "Is the IUPAC chemical name Lead associated with the common name Lead?", "refer_dataset": "table38", "column names": ["chemname", "commonname"], "condition_column": ["chemname", "commonname"], "answer_column": [], "condition": {"chemname": "Lead", "commonname": "Lead"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the IUPAC chemical name {} associated with the common name {}?"} +{"question": "Is the closest polyhedron geometry Square antiprism linked to the CSM value 1.598?", "refer_dataset": "table34", "column names": ["closest_polyhedron", "CSM"], "condition_column": ["closest_polyhedron", "CSM"], "answer_column": [], "condition": {"closest_polyhedron": "Square antiprism", "CSM": "1.598"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the closest polyhedron geometry {} linked to the CSM value {}?"} +{"question": "Does the material with energy above hull of 0.13900621 eV decompose into Ac ?", "refer_dataset": "table44", "column names": ["e_above_hull", "decomposition"], "condition_column": ["e_above_hull", "decomposition"], "answer_column": [], "condition": {"e_above_hull": "0.13900621", "decomposition": " Ac "}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with energy above hull of {} eV decompose into {}?"} +{"question": "Can elements classified as both rare earth and transition metals have a BCC energy per atom of 0 eV, a melting point of 0 K, and a valence s-electron count of -2.13581094?", "refer_dataset": "table36", "column names": ["IsRareEarth", "IsTransition Metal", "BCCenergy_pa", "MP (K)", "NsValence"], "condition_column": ["IsRareEarth", "IsTransition Metal", "BCCenergy_pa"], "answer_column": ["MP (K)", "NsValence"], "condition": {"IsRareEarth": "0", "IsTransition Metal": "0", "BCCenergy_pa": "-2.13581094"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can elements classified as both rare earth and transition metals have a BCC energy per atom of {} eV, a melting point of {} K, and a valence s-electron count of {}?"} +{"question": "At a calcination temperature of 600°C and experimental temp 25°C, does the degradation rate reach 94.0%?", "refer_dataset": "table8", "column names": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "condition_column": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Calcination temperature(°C)": "600", "Experimental temperature(°C)": "25", "Degradation rate(%)": "94.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a calcination temperature of {}°C and experimental temp {}°C, does the degradation rate reach {}%?"} +{"question": "Is there a material with bandgap 0.2086000000000005 and stability energy per atom higher than -5.423570950833334?", "refer_dataset": "table67", "column names": ["bandgap", "energy_per_atom"], "condition_column": ["bandgap", "energy_per_atom"], "answer_column": [], "condition": {"bandgap": "0.2086000000000005", "energy_per_atom": "-5.423570950833334"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with bandgap {} and stability energy per atom higher than {}?"} +{"question": "Is there a material with dipole moment 1.625599980354309 and electronic spatial extent (r²) of 26.156299591064453?", "refer_dataset": "table60", "column names": ["mu", "r2"], "condition_column": ["mu", "r2"], "answer_column": [], "condition": {"mu": "1.625599980354309", "r2": "26.156299591064453"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with dipole moment {} and electronic spatial extent (r²) of {}?"} +{"question": "Is there a material with a bandgap of 0.3358999999999998 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "0.3358999999999998"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Is M1 Na, M2 Gd, and Temperature 820°C used in any Type Literature dataset?", "refer_dataset": "table28", "column names": ["M1", "M2", "Temperature", "Type"], "condition_column": ["M1", "M2", "Temperature", "Type"], "answer_column": [], "condition": {"M1": "Na", "M2": "Gd", "Temperature": "820", "Type": "Literature"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M1 {}, M2 {}, and Temperature {}°C used in any Type {} dataset?"} +{"question": "Are 3.0 hours irradiation and gas-solid reaction medium conditions linked to a bandgap of 3.2 eV?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Reaction medium", "Eg(eV)"], "condition_column": ["irradiation time(h)", "Reaction medium", "Eg(eV)"], "answer_column": [], "condition": {"irradiation time(h)": "3.0", "Reaction medium": "gas-solid", "Eg(eV)": "3.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} hours irradiation and {} reaction medium conditions linked to a bandgap of {} eV?"} +{"question": "Is version [{'version': 'v1', 'created': 'Sat, 31 Mar 2007 04:27:22 GMT'}, {'version': 'v2', 'created': 'Wed, 22 Aug 2007 22:42:11 GMT'}] of the paper \"Polymer Quantum Mechanics and its Continuum Limit\" categorized under \"gr-qc\"?", "refer_dataset": "table45", "column names": ["versions", "title", "categories"], "condition_column": ["versions", "title", "categories"], "answer_column": [], "condition": {"versions": "[{'version': 'v1', 'created': 'Sat, 31 Mar 2007 04:27:22 GMT'}, {'version': 'v2', 'created': 'Wed, 22 Aug 2007 22:42:11 GMT'}]", "title": "Polymer Quantum Mechanics and its Continuum Limit", "categories": "gr-qc"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is version {} of the paper \"{}\" categorized under \"{}\"?"} +{"question": "Does the material with energy above hull of 0.01840078 eV decompose into Ac5Pb3 Ac AcBi ?", "refer_dataset": "table44", "column names": ["e_above_hull", "decomposition"], "condition_column": ["e_above_hull", "decomposition"], "answer_column": [], "condition": {"e_above_hull": "0.01840078", "decomposition": " Ac5Pb3 Ac AcBi "}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with energy above hull of {} eV decompose into {}?"} +{"question": "Does MOF type COMP require a synthesis temperature of 150.0°C and reaction pressure of 1.0 atm?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "condition_column": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "answer_column": [], "condition": {"MOF_Type": "COMP", "Synhesis_Temp": "150.0", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} require a synthesis temperature of {}°C and reaction pressure of {} atm?"} +{"question": "Does any material with a Goldschmidt tolerance factor of 1.02182286751 have an energy above hull of 29.7477073211?", "refer_dataset": "table37", "column names": ["goldschmidt_TF", "EnergyAboveHull"], "condition_column": ["goldschmidt_TF", "EnergyAboveHull"], "answer_column": [], "condition": {"goldschmidt_TF": "1.02182286751", "EnergyAboveHull": "29.7477073211"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with a Goldschmidt tolerance factor of {} have an energy above hull of {}?"} +{"question": "Is element B's radius (Rb) 72.0 Å associated with its electron affinity (EAb) of 42.12 eV?", "refer_dataset": "table2", "column names": ["Rb", "EAb"], "condition_column": ["Rb", "EAb"], "answer_column": [], "condition": {"Rb": "72.0", "EAb": "42.12"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element B's radius (Rb) {} Å associated with its electron affinity (EAb) of {} eV?"} +{"question": "Is a reaction time of 1.0 hours at 100.0°C associated with major gas product HCOOH?", "refer_dataset": "table7", "column names": ["Rxn_Time", "Rxn_Temp", "MAJORgas"], "condition_column": ["Rxn_Time", "Rxn_Temp", "MAJORgas"], "answer_column": [], "condition": {"Rxn_Time": "1.0", "Rxn_Temp": "100.0", "MAJORgas": "HCOOH"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a reaction time of {} hours at {}°C associated with major gas product {}?"} +{"question": "Does the initial atomic structure {'lattice_mat': [[9.52008972, 0.0, 0.0], [0.0, 6.73172, 0.0], [0.0, 0.0, 26.28013458]], 'coords': [[0.04166669, 0.66666667, 0.0452817], [0.54166668, 0.66666667, 0.22640884], [0.04166667, 0.66666667, 0.40753598], [0.79166667, 0.16666667, 0.13584527], [0.29166666, 0.16666667, 0.31697241], [0.79166664, 0.16666667, 0.49809956], [0.29166669, 0.16666667, 0.13584527], [0.79166667, 0.16666667, 0.31697241], [0.29166666, 0.16666667, 0.49809956], [0.54166668, 0.66666667, 0.0452817], [0.04166667, 0.66666667, 0.22640884], [0.54166665, 0.66666667, 0.40753598], [0.29166669, 0.66666667, 0.13584527], [0.79166667, 0.66666667, 0.31697241], [0.29166666, 0.66666667, 0.49809956], [0.54166668, 0.16666667, 0.0452817], [0.04166667, 0.16666667, 0.22640884], [0.54166665, 0.16666667, 0.40753598], [0.04166669, 0.16666667, 0.0452817], [0.54166668, 0.16666667, 0.22640884], [0.04166667, 0.16666667, 0.40753598], [0.79166667, 0.66666667, 0.13584527], [0.29166666, 0.66666667, 0.31697241], [0.79166664, 0.66666667, 0.49809956], [0.79166667, 0.91666667, 0.0452817], [0.29166666, 0.91666667, 0.22640884], [0.79166664, 0.91666667, 0.40753598], [0.54166668, 0.41666667, 0.13584527], [0.04166667, 0.41666667, 0.31697241], [0.54166665, 0.41666667, 0.49809956], [0.04166667, 0.41666667, 0.13584527], [0.54166665, 0.41666667, 0.31697241], [0.04166664, 0.41666667, 0.49809956], [0.29166669, 0.91666667, 0.0452817], [0.79166667, 0.91666667, 0.22640884], [0.29166666, 0.91666667, 0.40753598]], 'elements': ['Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh'], 'abc': [9.52009, 6.73172, 26.28013], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} correspond to a final energy of -154.37363967?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_energy"], "condition_column": ["initial_atoms", "final_energy"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[9.52008972, 0.0, 0.0], [0.0, 6.73172, 0.0], [0.0, 0.0, 26.28013458]], 'coords': [[0.04166669, 0.66666667, 0.0452817], [0.54166668, 0.66666667, 0.22640884], [0.04166667, 0.66666667, 0.40753598], [0.79166667, 0.16666667, 0.13584527], [0.29166666, 0.16666667, 0.31697241], [0.79166664, 0.16666667, 0.49809956], [0.29166669, 0.16666667, 0.13584527], [0.79166667, 0.16666667, 0.31697241], [0.29166666, 0.16666667, 0.49809956], [0.54166668, 0.66666667, 0.0452817], [0.04166667, 0.66666667, 0.22640884], [0.54166665, 0.66666667, 0.40753598], [0.29166669, 0.66666667, 0.13584527], [0.79166667, 0.66666667, 0.31697241], [0.29166666, 0.66666667, 0.49809956], [0.54166668, 0.16666667, 0.0452817], [0.04166667, 0.16666667, 0.22640884], [0.54166665, 0.16666667, 0.40753598], [0.04166669, 0.16666667, 0.0452817], [0.54166668, 0.16666667, 0.22640884], [0.04166667, 0.16666667, 0.40753598], [0.79166667, 0.66666667, 0.13584527], [0.29166666, 0.66666667, 0.31697241], [0.79166664, 0.66666667, 0.49809956], [0.79166667, 0.91666667, 0.0452817], [0.29166666, 0.91666667, 0.22640884], [0.79166664, 0.91666667, 0.40753598], [0.54166668, 0.41666667, 0.13584527], [0.04166667, 0.41666667, 0.31697241], [0.54166665, 0.41666667, 0.49809956], [0.04166667, 0.41666667, 0.13584527], [0.54166665, 0.41666667, 0.31697241], [0.04166664, 0.41666667, 0.49809956], [0.29166669, 0.91666667, 0.0452817], [0.79166667, 0.91666667, 0.22640884], [0.29166666, 0.91666667, 0.40753598]], 'elements': ['Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Th', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Sb', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh', 'Rh'], 'abc': [9.52009, 6.73172, 26.28013], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-154.37363967"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the initial atomic structure {} correspond to a final energy of {}?"} +{"question": "Does the system with UV light source, liquid-solid medium, and 2.0 g/l loading yield 5.185 μmol/g/h?", "refer_dataset": "table10", "column names": ["light source", "Reaction medium", "loading (g/l)", "Yield (μmol/g/h)"], "condition_column": ["light source", "Reaction medium", "loading (g/l)", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"light source": "UV", "Reaction medium": "liquid-solid", "loading (g/l)": "2.0", "Yield (μmol/g/h)": "5.185"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the system with {} light source, {} medium, and {} g/l loading yield {} μmol/g/h?"} +{"question": "Is the Pauling electronegativity (B) 1.57 paired with a melting temperature (B) of 1656.8 K?", "refer_dataset": "table3", "column names": ["χpb", "B_Tm"], "condition_column": ["χpb", "B_Tm"], "answer_column": [], "condition": {"χpb": "1.57", "B_Tm": "1656.8"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Pauling electronegativity (B) {} paired with a melting temperature (B) of {} K?"} +{"question": "Does calcination at 873.0 K for 10.0 hours yield a bandgap energy of 3.25 eV?", "refer_dataset": "table1", "column names": ["Calcination temperature(K)", "Calcination time(h)", "Eg(eV)"], "condition_column": ["Calcination temperature(K)", "Calcination time(h)", "Eg(eV)"], "answer_column": [], "condition": {"Calcination temperature(K)": "873.0", "Calcination time(h)": "10.0", "Eg(eV)": "3.25"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does calcination at {} K for {} hours yield a bandgap energy of {} eV?"} +{"question": "Is the degradation rate 78.0% achieved with a dopant of C calcined at 500°C?", "refer_dataset": "table8", "column names": ["Degradation rate(%)", "Dopant", "Calcination temperature(°C)"], "condition_column": ["Degradation rate(%)", "Dopant", "Calcination temperature(°C)"], "answer_column": [], "condition": {"Degradation rate(%)": "78.0", "Dopant": "C", "Calcination temperature(°C)": "500"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the degradation rate {}% achieved with a dopant of {} calcined at {}°C?"} +{"question": "Is the substrate CO2,H2 processed under reaction conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Reaction"], "condition_column": ["Substrates", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the substrate {} processed under reaction conditions {}?"} +{"question": "Is there a metal oxide containing Mn 0.6, Ni 0.4, and La 0.5 in its composition?", "refer_dataset": "table16", "column names": ["Mn", "Ni", "La"], "condition_column": ["Mn", "Ni", "La"], "answer_column": [], "condition": {"Mn": "0.6", "Ni": "0.4", "La": "0.5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metal oxide containing Mn {}, Ni {}, and La {} in its composition?"} +{"question": "Is there an instance of illumination time 20 minutes with degradation efficiency 78.0%?", "refer_dataset": "table6", "column names": ["Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Illumination time (min)": "20", "Degradation efficiency (%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an instance of illumination time {} minutes with degradation efficiency {}%?"} +{"question": "Does Base Be have a ReactionE greater than 1.0070608056?", "refer_dataset": "table24", "column names": ["Base", "ReactionE"], "condition_column": ["Base", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "ReactionE": "1.0070608056"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Base {} have a ReactionE greater than {}?"} +{"question": "Are molecules with inertial shape factor mean 0.003218601 also likely to have spherocity index mean 0.4384381041687665?", "refer_dataset": "table41", "column names": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "condition_column": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "answer_column": [], "condition": {"inertial_shape_factor_mean_0": "0.003218601", "spherocity_index_mean_0": "0.4384381041687665"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are molecules with inertial shape factor mean {} also likely to have spherocity index mean {}?"} +{"question": "Is the license type http://arxiv.org/licenses/nonexclusive-distrib/1.0/ used for papers with comments \"Final version, published\"?", "refer_dataset": "table45", "column names": ["license", "comments"], "condition_column": ["license", "comments"], "answer_column": [], "condition": {"license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "comments": "Final version, published"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the license type {} used for papers with comments \"{}\"?"} +{"question": "Does a mean bounding box dimension of 18.179199380743245 coincide with axis 1 mean (4.911552669092809) and axis 2 mean (18.135734615007063)?", "refer_dataset": "table41", "column names": ["box_mean_0", "axes_mean_0", "axes_mean_1"], "condition_column": ["box_mean_0", "axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"box_mean_0": "18.179199380743245", "axes_mean_0": "4.911552669092809", "axes_mean_1": "18.135734615007063"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a mean bounding box dimension of {} coincide with axis 1 mean ({}) and axis 2 mean ({})?"} +{"question": "The superconducting transition temperature for formula B2Th1 is above 0.0 K.", "refer_dataset": "table65", "column names": ["formula", "Tc"], "condition_column": ["formula", "Tc"], "answer_column": [], "condition": {"formula": "B2Th1", "Tc": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The superconducting transition temperature for formula {} is above {} K."} +{"question": "Is the indirect band gap of the MgF2 material recorded as 1.791?", "refer_dataset": "table59", "column names": ["formula", "indir_gap"], "condition_column": ["formula", "indir_gap"], "answer_column": [], "condition": {"formula": "MgF2", "indir_gap": "1.791"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the indirect band gap of the {} material recorded as {}?"} +{"question": "Is the R(F²) factor 0.031 listed under the space group number 60.0?", "refer_dataset": "table38", "column names": ["RFsqd", "sgNumber"], "condition_column": ["RFsqd", "sgNumber"], "answer_column": [], "condition": {"RFsqd": "0.031", "sgNumber": "60.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the R(F²) factor {} listed under the space group number {}?"} +{"question": "Are there materials in space group 73 with spin-orbit coupling set to False?", "refer_dataset": "table63", "column names": ["Space_group_rlx", "SOC"], "condition_column": ["Space_group_rlx", "SOC"], "answer_column": [], "condition": {"Space_group_rlx": "73", "SOC": "False"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with spin-orbit coupling set to {}?"} +{"question": "Is there a material with Fe as the primary B site element and a formation energy of -2.82836801683 eV/atom?", "refer_dataset": "table35", "column names": ["B site #1", "formation_energy (eV/atom)"], "condition_column": ["B site #1", "formation_energy (eV/atom)"], "answer_column": [], "condition": {"B site #1": "Fe", "formation_energy (eV/atom)": "-2.82836801683"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} as the primary B site element and a formation energy of {} eV/atom?"} +{"question": "Does a OD-Cu catalyst with surface strain operate in chemical environment 0.0 at pH 1.0?", "refer_dataset": "table12", "column names": ["Catalyst label", "Surface Strain", "Chemical Environment 1=electrolyte 2=pressure", "pH"], "condition_column": ["Catalyst label", "Surface Strain", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["pH"], "condition": {"Catalyst label": "OD-Cu", "Surface Strain": "0.0", "Chemical Environment 1=electrolyte 2=pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} catalyst with surface strain operate in chemical environment {} at pH {}?"} +{"question": "Under 800.0℃, does methane conversion of 30.9% and C₂ selectivity 27.7% coexist?", "refer_dataset": "table23", "column names": ["Temp. (℃)", "CH4 conversion (%)", "C2 selectivity (%)"], "condition_column": ["Temp. (℃)", "CH4 conversion (%)", "C2 selectivity (%)"], "answer_column": [], "condition": {"Temp. (℃)": "800.0", "CH4 conversion (%)": "30.9", "C2 selectivity (%)": "27.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {}℃, does methane conversion of {}% and C₂ selectivity {}% coexist?"} +{"question": "Can a radiation wavelength of 0.71074 be paired with a radiation type of x-ray?", "refer_dataset": "table38", "column names": ["wavelength", "radiation"], "condition_column": ["wavelength", "radiation"], "answer_column": [], "condition": {"wavelength": "0.71074", "radiation": "x-ray"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a radiation wavelength of {} be paired with a radiation type of {}?"} +{"question": "Is there a material where Pauling electronegativity (A) is 1.09, (B) is 1.81, and tolerance factor is 0.881?", "refer_dataset": "table3", "column names": ["χpa", "χpb", "t"], "condition_column": ["χpa", "χpb", "t"], "answer_column": [], "condition": {"χpa": "1.09", "χpb": "1.81", "t": "0.881"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where Pauling electronegativity (A) is {}, (B) is {}, and tolerance factor is {}?"} +{"question": "Does the perovskite with A site Na have a cycle duration of 2.0 hours and cycle3 performance 1690?", "refer_dataset": "table5", "column names": ["A site", "Duration of cycles (h)", "cycle3"], "condition_column": ["A site", "Duration of cycles (h)", "cycle3"], "answer_column": [], "condition": {"A site": "Na", "Duration of cycles (h)": "2.0", "cycle3": "1690"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite with A site {} have a cycle duration of {} hours and cycle3 performance {}?"} +{"question": "At 725.0°C, is the O₂ conversion rate 13.4%?", "refer_dataset": "table26", "column names": ["Temp (oC)", "O2 Conv. (%)"], "condition_column": ["Temp (oC)", "O2 Conv. (%)"], "answer_column": [], "condition": {"Temp (oC)": "725.0", "O2 Conv. (%)": "13.4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, is the O₂ conversion rate {}%?"} +{"question": "Is there a cubic crystal-structured element with a melting energy of 1 kJ/mol and an electronegativity of 2.601?", "refer_dataset": "table36", "column names": ["IsCubic", "heat of fusion", "Electro-negativity"], "condition_column": ["IsCubic", "heat of fusion"], "answer_column": ["Electro-negativity"], "condition": {"IsCubic": "1", "heat of fusion": "2.601"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a cubic crystal-structured element with a melting energy of {} kJ/mol and an electronegativity of {}?"} +{"question": "Does the compound Li (energy per atom: -195.3798) have an associated space group symbol Pm-3m and crystal system cubic?", "refer_dataset": "table59", "column names": ["formula", "energy_per_atom", "spacegroup_symbol", "crystal_system"], "condition_column": ["formula", "energy_per_atom", "spacegroup_symbol", "crystal_system"], "answer_column": [], "condition": {"formula": "Li", "energy_per_atom": "-195.3798", "spacegroup_symbol": "Pm-3m", "crystal_system": "cubic"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} (energy per atom: {}) have an associated space group symbol {} and crystal system {}?"} +{"question": "Is the band alignment offset of -0.9168658555902556 observed when the OptB88-vdW bandgap is -0.4502999999999995?", "refer_dataset": "table52", "column names": ["offset", "optb88vdw_bandgap"], "condition_column": ["offset", "optb88vdw_bandgap"], "answer_column": [], "condition": {"offset": "-0.9168658555902556", "optb88vdw_bandgap": "-0.4502999999999995"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the band alignment offset of {} observed when the OptB88-vdW bandgap is {}?"} +{"question": "Does a band gap of 2.915294117647059 eV correspond to UV light irradiation?", "refer_dataset": "table7", "column names": ["Band_gap", "Light"], "condition_column": ["Band_gap", "Light"], "answer_column": [], "condition": {"Band_gap": "2.915294117647059", "Light": "UV"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a band gap of {} eV correspond to {} light irradiation?"} +{"question": "Is there a γ' size of 2.1 nm in alloys with 0.0% Nb?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Nb"], "condition_column": ["γ＇相尺寸 (nm)", "Nb"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "2.1", "Nb": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a γ' size of {} nm in alloys with {}% Nb?"} +{"question": "Is there a material where M06 method reports both HOMO of -0.224, LUMO of -0.067, and Scharber efficiency of 0.0?", "refer_dataset": "table51", "column names": ["m06_homo", "m06_lumo", "m06_scharber_pce"], "condition_column": ["m06_homo", "m06_lumo", "m06_scharber_pce"], "answer_column": [], "condition": {"m06_homo": "-0.224", "m06_lumo": "-0.067", "m06_scharber_pce": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where M06 method reports both HOMO of {}, LUMO of {}, and Scharber efficiency of {}?"} +{"question": "Is there a non-magnetic (mu_b = 0) material with formula 2.84e-05 that has a bulk modulus exceeding Li14P2(N2O)3 and shear modulus below 82.71614631594176?", "refer_dataset": "table56", "column names": ["mu_b", "formula", "bulk modulus", "shear modulus"], "condition_column": ["mu_b", "formula", "bulk modulus"], "answer_column": ["shear modulus"], "condition": {"mu_b": "2.84e-05", "formula": "Li14P2(N2O)3", "bulk modulus": "82.71614631594176"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-magnetic (mu_b = 0) material with formula {} that has a bulk modulus exceeding {} and shear modulus below {}?"} +{"question": "Does the material with density of states 1.9617075 at Fermi level, space group 225, and ID agm003157159 exist?", "refer_dataset": "table44", "column names": ["dos_ef", "spg", "id"], "condition_column": ["dos_ef", "spg", "id"], "answer_column": [], "condition": {"dos_ef": "1.9617075", "spg": "225", "id": "agm003157159"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with density of states {} at Fermi level, space group {}, and ID {} exist?"} +{"question": "Is there a -211 surface adsorption event involving CH* (species key: 7) with reaction energy -0.363 eV?", "refer_dataset": "table18", "column names": ["surfaces", "ab", "ab_key", "reaction_energy"], "condition_column": ["surfaces", "ab", "ab_key", "reaction_energy"], "answer_column": [], "condition": {"surfaces": "-211", "ab": "CH*", "ab_key": "7", "reaction_energy": "-0.363"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} surface adsorption event involving {} (species key: {}) with reaction energy {} eV?"} +{"question": "Does the element -B-C-N have a bulk modulus (Voigt average) of 5.81?", "refer_dataset": "table53", "column names": ["search", "kv"], "condition_column": ["search", "kv"], "answer_column": [], "condition": {"search": "-B-C-N", "kv": "5.81"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the element {} have a bulk modulus (Voigt average) of {}?"} +{"question": "Are formula units per cell (Z = 4.0) documented for the chemical formula - C107 H142 N14 O26 -?", "refer_dataset": "table38", "column names": ["Z", "formula"], "condition_column": ["Z", "formula"], "answer_column": [], "condition": {"Z": "4.0", "formula": "- C107 H142 N14 O26 -"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are formula units per cell (Z = {}) documented for the chemical formula {}?"} +{"question": "Is there a surfactant at 0.195% wt., polymer at 0.25% wt., and solvent at 0.0% vol. in the same formulation?", "refer_dataset": "table42", "column names": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "condition_column": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "answer_column": [], "condition": {"Surfactant, % wt.": "0.195", "Polymer, % wt.": "0.25", "Solvent, % vol.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surfactant at {}% wt., polymer at {}% wt., and solvent at {}% vol. in the same formulation?"} +{"question": "A single material exhibits BP86 efficiency of -0.817263902878, M06 current density of 0.0633995792819, and PBE0 voltage of 0.352471979 according to simulations.", "refer_dataset": "table51", "column names": ["bp86_scharber_pce", "m06_scharber_jsc", "pbe0_scharber_voc"], "condition_column": ["bp86_scharber_pce", "m06_scharber_jsc", "pbe0_scharber_voc"], "answer_column": [], "condition": {"bp86_scharber_pce": "-0.817263902878", "m06_scharber_jsc": "0.0633995792819", "pbe0_scharber_voc": "0.352471979"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A single material exhibits BP86 efficiency of {}, M06 current density of {}, and PBE0 voltage of {} according to simulations."} +{"question": "Does the material with ICSD number 300020 exhibit a FM magnetic ordering?", "refer_dataset": "table63", "column names": ["ICSD_number", "Magnetic_ordering"], "condition_column": ["ICSD_number", "Magnetic_ordering"], "answer_column": [], "condition": {"ICSD_number": "300020", "Magnetic_ordering": "FM"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ICSD number {} exhibit a {} magnetic ordering?"} +{"question": "Is job ID JLMP-10 linked to formula O through reference mp-32881?", "refer_dataset": "table53", "column names": ["jid", "formula", "ref"], "condition_column": ["jid", "formula", "ref"], "answer_column": [], "condition": {"jid": "JLMP-10", "formula": "O", "ref": "mp-32881"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} linked to formula {} through reference {}?"} +{"question": "Does a synthesis time of 17 min 55 sec minutes occur at a temperature of 68°C?", "refer_dataset": "table42", "column names": ["Synthesis time", "Temperature, C"], "condition_column": ["Synthesis time", "Temperature, C"], "answer_column": [], "condition": {"Synthesis time": "17 min 55 sec", "Temperature, C": "68"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a synthesis time of {} minutes occur at a temperature of {}°C?"} +{"question": "Does the material with formula Ac10(GePb)3 have a direct band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["formula", "band_gap_dir"], "condition_column": ["formula", "band_gap_dir"], "answer_column": [], "condition": {"formula": "Ac10(GePb)3", "band_gap_dir": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} have a direct band gap of {} eV?"} +{"question": "Was the report number IMS-AAP-AAP544 under license http://arxiv.org/licenses/nonexclusive-distrib/1.0/ submitted by Eyo Ita III?", "refer_dataset": "table45", "column names": ["report-no", "license", "submitter"], "condition_column": ["report-no", "license", "submitter"], "answer_column": [], "condition": {"report-no": "IMS-AAP-AAP544", "license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "submitter": "Eyo Ita III"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the report number {} under license {} submitted by {}?"} +{"question": "Under fixed catalyst dosage 0.1 g/L, does antibiotic concentration 50 mg/L at pH 4.1 yield 78.0% efficiency?", "refer_dataset": "table6", "column names": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "condition_column": ["Catalyst dosage (g/L)", "Antibiotic dosage (mg/L)", "pH", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Catalyst dosage (g/L)": "0.1", "Antibiotic dosage (mg/L)": "50", "pH": "4.1", "Degradation efficiency (%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under fixed catalyst dosage {} g/L, does antibiotic concentration {} mg/L at pH {} yield {}% efficiency?"} +{"question": "Does a methane conversion of -2.7% paired with oxygen conversion of -1.9% yield a C2H4 yield of 0.0%?", "refer_dataset": "table25", "column names": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "condition_column": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "answer_column": [], "condition": {"CH4 Conv. (%)": "-2.7", "O2 Conv. (%)": "-1.9", "C2H4 yield (%)": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion of {}% paired with oxygen conversion of {}% yield a C2H4 yield of {}%?"} +{"question": "For surface key 4, does the -211 surface with element Pt exhibit activation energy 1.87 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "AA", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "AA", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "4", "surfaces": "-211", "AA": "Pt", "activation_energy": "1.87"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For surface key {}, does the {} surface with element {} exhibit activation energy {} eV?"} +{"question": "Are there materials with a Log_fom of 5.2 and a tolerance factor of 1.032?", "refer_dataset": "table49", "column names": ["Log_fom", "Tol"], "condition_column": ["Log_fom", "Tol"], "answer_column": [], "condition": {"Log_fom": "5.2", "Tol": "1.032"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a Log_fom of {} and a tolerance factor of {}?"} +{"question": "Are there materials with Composition BeF, Base Be, and ReactionE 1.0070608056?", "refer_dataset": "table24", "column names": ["Composition", "Base", "ReactionE"], "condition_column": ["Composition", "Base", "ReactionE"], "answer_column": [], "condition": {"Composition": "BeF", "Base": "Be", "ReactionE": "1.0070608056"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with Composition {}, Base {}, and ReactionE {}?"} +{"question": "Is a Bi-based photocatalyst at BiOCl g/l loading irradiated for 2.0 hours yielding 3.0 μmol/g/h?", "refer_dataset": "table10", "column names": ["Bi type in photocatalyst", "loading (g/l)", "irradiation time(h)", "Yield (μmol/g/h)"], "condition_column": ["Bi type in photocatalyst", "loading (g/l)", "irradiation time(h)"], "answer_column": ["Yield (μmol/g/h)"], "condition": {"Bi type in photocatalyst": "BiOCl", "loading (g/l)": "2.0", "irradiation time(h)": "3.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Bi-based photocatalyst at {} g/l loading irradiated for {} hours yielding {} μmol/g/h?"} +{"question": "Is the quaternary cation 5.0 used at 0.9% molar concentration?", "refer_dataset": "table20", "column names": ["Cation4", "Cation4-mol"], "condition_column": ["Cation4", "Cation4-mol"], "answer_column": [], "condition": {"Cation4": "5.0", "Cation4-mol": "0.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the quaternary cation {} used at {}% molar concentration?"} +{"question": "Does the perovskite with A site Zn have a cycle duration of 23.5 hours and cycle3 performance 2280?", "refer_dataset": "table5", "column names": ["A site", "Duration of cycles (h)", "cycle3"], "condition_column": ["A site", "Duration of cycles (h)", "cycle3"], "answer_column": [], "condition": {"A site": "Zn", "Duration of cycles (h)": "23.5", "cycle3": "2280"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite with A site {} have a cycle duration of {} hours and cycle3 performance {}?"} +{"question": "Is a final energy of -137.42710336 observed alongside an OptB88-vdW bandgap of 0.6234999999999999 and band alignment offset of -0.31134686625131147?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "offset"], "condition_column": ["final_energy", "optb88vdw_bandgap", "offset"], "answer_column": [], "condition": {"final_energy": "-137.42710336", "optb88vdw_bandgap": "0.6234999999999999", "offset": "-0.31134686625131147"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} observed alongside an OptB88-vdW bandgap of {} and band alignment offset of {}?"} +{"question": "Is there a catalyst with -V vs. RHE voltage of 0.375 V and doping (Doping=1)?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Doping"], "condition_column": ["-V vs. RHE V"], "answer_column": ["Doping"], "condition": {"-V vs. RHE V": "0.375"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with -V vs. RHE voltage of {} V and doping (Doping=1)?"} +{"question": "Is a material with stability 0.0824087898624003, band gap 0.0, and delta e -0.0561393731465509 present in the database?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_stability": "0.0824087898624003", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "-0.0561393731465509"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with stability {}, band gap {}, and delta e {} present in the database?"} +{"question": "Is aging time 1.0 hours used for 14.2% Cr and 0.0% Re?", "refer_dataset": "table39", "column names": ["时效时间t (h)", "Cr", "Re"], "condition_column": ["时效时间t (h)", "Cr", "Re"], "answer_column": [], "condition": {"时效时间t (h)": "1.0", "Cr": "14.2", "Re": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is aging time {} hours used for {}% Cr and {}% Re?"} +{"question": "Are there entries with C2 yield classified as 0.0 under contact time of 10.0?", "refer_dataset": "table20", "column names": ["C2-yield-class", "Contact-times"], "condition_column": ["C2-yield-class", "Contact-times"], "answer_column": [], "condition": {"C2-yield-class": "0.0", "Contact-times": "10.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries with C2 yield classified as {} under contact time of {}?"} +{"question": "Is there a catalyst where M2 atom count is 38, supported on BN, with ethane yield 0.64% and selectivity 1.72%?", "refer_dataset": "table17", "column names": ["M2_atom_number", "Support", "C2H6y", "C2H6s"], "condition_column": ["M2_atom_number", "Support", "C2H6y", "C2H6s"], "answer_column": [], "condition": {"M2_atom_number": "38", "Support": "BN", "C2H6y": "0.64", "C2H6s": "1.72"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M2 atom count is {}, supported on {}, with ethane yield {}% and selectivity {}%?"} +{"question": "Is the material composed of ['Ac', 'In', 'Co'] elements thermodynamically stable with an energy above hull of 0.028783908 eV?", "refer_dataset": "table44", "column names": ["elements", "e_above_hull"], "condition_column": ["elements", "e_above_hull"], "answer_column": [], "condition": {"elements": "['Ac', 'In', 'Co']", "e_above_hull": "0.028783908"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material composed of {} elements thermodynamically stable with an energy above hull of {} eV?"} +{"question": "Is the lanthanide ion Ho3+ in the Diketonate chemical family characterized by a Muffin polyhedron geometry?", "refer_dataset": "table34", "column names": ["Ln_ion", "chemical_family", "closest_polyhedron"], "condition_column": ["Ln_ion", "chemical_family", "closest_polyhedron"], "answer_column": [], "condition": {"Ln_ion": "Ho3+", "chemical_family": "Diketonate", "closest_polyhedron": "Muffin"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the lanthanide ion {} in the {} chemical family characterized by a {} polyhedron geometry?"} +{"question": "Is there a material with average maximum potential 4.820978559289427 where both conduction band minimum (7.286) and valence band maximum (7.388) are recorded?", "refer_dataset": "table66", "column names": ["avg_max", "scf_cbm", "scf_vbm"], "condition_column": ["avg_max", "scf_cbm", "scf_vbm"], "answer_column": [], "condition": {"avg_max": "4.820978559289427", "scf_cbm": "7.286", "scf_vbm": "7.388"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with average maximum potential {} where both conduction band minimum ({}) and valence band maximum ({}) are recorded?"} +{"question": "Is there a catalyst with M2 set to Eu, a C₂ yield of 2.5% at 900.0℃?", "refer_dataset": "table23", "column names": ["M2", "C2 yield (%)", "Temp. (℃)"], "condition_column": ["M2", "C2 yield (%)", "Temp. (℃)"], "answer_column": [], "condition": {"M2": "Eu", "C2 yield (%)": "2.5", "Temp. (℃)": "900.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M2 set to {}, a C₂ yield of {}% at {}℃?"} +{"question": "Are all materials aged for 6 hours assigned reference numbers greater than [33]?", "refer_dataset": "table11", "column names": ["AH (h)", "Ref."], "condition_column": ["AH (h)", "Ref."], "answer_column": [], "condition": {"AH (h)": "6", "Ref.": "[33]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all materials aged for {} hours assigned reference numbers greater than {}?"} +{"question": "Does the mineral Perovskite (chemical formula - Ca O3 Ti -) have Z = 4.0?", "refer_dataset": "table38", "column names": ["mineral", "formula", "Z"], "condition_column": ["mineral", "formula", "Z"], "answer_column": [], "condition": {"mineral": "Perovskite", "formula": "- Ca O3 Ti -", "Z": "4.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the mineral {} (chemical formula {}) have Z = {}?"} +{"question": "Does the material from CSD with ID ABAZAF_FSR have a bandgap greater than 1.810322 eV?", "refer_dataset": "table62", "column names": ["source", "id", "bandgap"], "condition_column": ["source", "id", "bandgap"], "answer_column": [], "condition": {"source": "CSD", "id": "ABAZAF_FSR", "bandgap": "1.810322"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material from {} with ID {} have a bandgap greater than {} eV?"} +{"question": "Does the formula Ac12In5Sb3 with an energy above hull of 0.024568096 eV decompose into Ac ?", "refer_dataset": "table44", "column names": ["formula", "e_above_hull", "decomposition"], "condition_column": ["formula", "e_above_hull", "decomposition"], "answer_column": [], "condition": {"formula": "Ac12In5Sb3", "e_above_hull": "0.024568096", "decomposition": " Ac "}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the formula {} with an energy above hull of {} eV decompose into {}?"} +{"question": "Does the entry for ID 6607 (formula Ni2.5Cu1.5Zr8) report a Tc above 4.1 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "6607", "formula": "Ni2.5Cu1.5Zr8", "Tc": "4.1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry for ID {} (formula {}) report a Tc above {} K?"} +{"question": "Does a catalyst with 90.8% primary support and 0.0% secondary support yield C2 selectivity above 45.5%?", "refer_dataset": "table20", "column names": ["Support1-mol", "Support2-mol", "C2-selectivity"], "condition_column": ["Support1-mol", "Support2-mol", "C2-selectivity"], "answer_column": [], "condition": {"Support1-mol": "90.8", "Support2-mol": "0.0", "C2-selectivity": "45.5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst with {}% primary support and {}% secondary support yield C2 selectivity above {}%?"} +{"question": "Is there a compound with job ID cc-9, species HCONH2CN2H4, and a HOMO energy of -0.228 eV?", "refer_dataset": "table46", "column names": ["jid", "species", "homo"], "condition_column": ["jid", "species", "homo"], "answer_column": [], "condition": {"jid": "cc-9", "species": "HCONH2CN2H4", "homo": "-0.228"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with job ID {}, species {}, and a HOMO energy of {} eV?"} +{"question": "Are C2 yield 1.9%, CO sel 0.2%, and CO2 sel 0.0% achievable with Mn as secondary cation?", "refer_dataset": "table19", "column names": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "condition_column": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "answer_column": [], "condition": {"C2 yield": "1.9", "CO sel": "0.2", "CO2 sel": "0.0", "Cation2": "Mn"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are C2 yield {}%, CO sel {}%, and CO2 sel {}% achievable with {} as secondary cation?"} +{"question": "Does the combination of surfactant type Myristyltrimethylammonium bromide, surfactant % wt. 1.175, and solvent type tert-Butanol exist?", "refer_dataset": "table42", "column names": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "condition_column": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "answer_column": [], "condition": {"Surfactant type": "Myristyltrimethylammonium bromide", "Surfactant, % wt.": "1.175", "Solvent type": "tert-Butanol"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the combination of surfactant type {}, surfactant % wt. {}, and solvent type {} exist?"} +{"question": "Is there an entry where M3 is Zn with a C₂ selectivity of 8.9%?", "refer_dataset": "table23", "column names": ["M3", "C2 selectivity (%)"], "condition_column": ["M3", "C2 selectivity (%)"], "answer_column": [], "condition": {"M3": "Zn", "C2 selectivity (%)": "8.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where M3 is {} with a C₂ selectivity of {}%?"} +{"question": "Is surface energy data recorded for element -Cd-Zn?", "refer_dataset": "table53", "column names": ["search", "surf_dat"], "condition_column": ["search"], "answer_column": ["surf_dat"], "condition": {"search": "-Cd-Zn"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is surface energy data recorded for element {}?"} +{"question": "Does a solution containing 5.0% alcohol correspond to a bandgap of 2.1 eV?", "refer_dataset": "table4", "column names": ["Alcohol%", "BandGap(eV)"], "condition_column": ["Alcohol%", "BandGap(eV)"], "answer_column": [], "condition": {"Alcohol%": "5.0", "BandGap(eV)": "2.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a solution containing {}% alcohol correspond to a bandgap of {} eV?"} +{"question": "Is the phase separation energy of prototype A_11_spg194 equal to 0.024568096 eV?", "refer_dataset": "table44", "column names": ["prototype_id", "e_phase_separation"], "condition_column": ["prototype_id", "e_phase_separation"], "answer_column": [], "condition": {"prototype_id": "A_11_spg194", "e_phase_separation": "0.024568096"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the phase separation energy of prototype {} equal to {} eV?"} +{"question": "Does methane partial pressure of 0.4 correlate with C2 selectivity of 0.0?", "refer_dataset": "table20", "column names": ["CH4-pressure", "C2-selectivity"], "condition_column": ["CH4-pressure", "C2-selectivity"], "answer_column": [], "condition": {"CH4-pressure": "0.4", "C2-selectivity": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does methane partial pressure of {} correlate with C2 selectivity of {}?"} +{"question": "Is the prototype structure A_18_spg225 (space group 225) associated with the chemical formula Ac?", "refer_dataset": "table44", "column names": ["prototype_id", "spg", "formula"], "condition_column": ["prototype_id", "spg", "formula"], "answer_column": [], "condition": {"prototype_id": "A_18_spg225", "spg": "225", "formula": "Ac"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the prototype structure {} (space group {}) associated with the chemical formula {}?"} +{"question": "Are molecules with inertial shape factor mean 0.00104992 also likely to have spherocity index mean 0.148541312886742?", "refer_dataset": "table41", "column names": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "condition_column": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "answer_column": [], "condition": {"inertial_shape_factor_mean_0": "0.00104992", "spherocity_index_mean_0": "0.148541312886742"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are molecules with inertial shape factor mean {} also likely to have spherocity index mean {}?"} +{"question": "Does a normalized pairwise distance 1 (NPR1) mean of 0.054721915 correspond to NPR2 mean of 0.5749355229551626?", "refer_dataset": "table41", "column names": ["npr1_mean_0", "npr2_mean_0"], "condition_column": ["npr1_mean_0", "npr2_mean_0"], "answer_column": [], "condition": {"npr1_mean_0": "0.054721915", "npr2_mean_0": "0.5749355229551626"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a normalized pairwise distance 1 (NPR1) mean of {} correspond to NPR2 mean of {}?"} +{"question": "Is there a combination of Mn 0.5 and Mg 0.5 in the same alloy?", "refer_dataset": "table16", "column names": ["Mn", "Mg"], "condition_column": ["Mn", "Mg"], "answer_column": [], "condition": {"Mn": "0.5", "Mg": "0.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of Mn {} and Mg {} in the same alloy?"} +{"question": "Is there a non-magnetic (mu_b = 0) material with formula 0.0014845 that has a bulk modulus exceeding Si and shear modulus below 84.16972454847519?", "refer_dataset": "table56", "column names": ["mu_b", "formula", "bulk modulus", "shear modulus"], "condition_column": ["mu_b", "formula", "bulk modulus"], "answer_column": ["shear modulus"], "condition": {"mu_b": "0.0014845", "formula": "Si", "bulk modulus": "84.16972454847519"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-magnetic (mu_b = 0) material with formula {} that has a bulk modulus exceeding {} and shear modulus below {}?"} +{"question": "The compound BeC2 has a bulk modulus of 82.71614631594176 GPa, a shear modulus of 44.73353525702305 GPa, and an elastic anisotropy of 8.654623323725955.", "refer_dataset": "table54", "column names": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "condition_column": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "BeC2", "bulk modulus": "82.71614631594176", "shear modulus": "44.73353525702305", "elastic anisotropy": "8.654623323725955"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The compound {} has a bulk modulus of {} GPa, a shear modulus of {} GPa, and an elastic anisotropy of {}."} +{"question": "Does a primary cation concentration of 20% correlate with oxygen conversion of 2.5%?", "refer_dataset": "table19", "column names": ["Cation1Amount", "O2 conv"], "condition_column": ["Cation1Amount", "O2 conv"], "answer_column": [], "condition": {"Cation1Amount": "20", "O2 conv": "2.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a primary cation concentration of {}% correlate with oxygen conversion of {}%?"} +{"question": "Are there any molecules with a statistical correlation coefficient of -4.1474743680007 and Gibbs free energy of 6.27417471410908?", "refer_dataset": "table61", "column names": ["R2", "G"], "condition_column": ["R2", "G"], "answer_column": [], "condition": {"R2": "-4.1474743680007", "G": "6.27417471410908"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any molecules with a statistical correlation coefficient of {} and Gibbs free energy of {}?"} +{"question": "Does a bandgap of 2.9 eV result in a conduction band edge of − 0.36 V?", "refer_dataset": "table10", "column names": ["Eg(eV)", "CB edge(V)"], "condition_column": ["Eg(eV)", "CB edge(V)"], "answer_column": [], "condition": {"Eg(eV)": "2.9", "CB edge(V)": "− 0.36"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a bandgap of {} eV result in a conduction band edge of {} V?"} +{"question": "Is aging time 8.0 hours used for 0.0% Cr and 5.0% Re?", "refer_dataset": "table39", "column names": ["时效时间t (h)", "Cr", "Re"], "condition_column": ["时效时间t (h)", "Cr", "Re"], "answer_column": [], "condition": {"时效时间t (h)": "8.0", "Cr": "0.0", "Re": "5.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is aging time {} hours used for {}% Cr and {}% Re?"} +{"question": "Are there records where oxygen partial pressure is 0.084 with a contact duration of 0.1?", "refer_dataset": "table20", "column names": ["O2-pressure", "Contact-times"], "condition_column": ["O2-pressure", "Contact-times"], "answer_column": [], "condition": {"O2-pressure": "0.084", "Contact-times": "0.1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there records where oxygen partial pressure is {} with a contact duration of {}?"} +{"question": "Are all BN-based supports (ID 4) with M3_mol 0.185 linked to CO/CO2 selectivity ratios under 10.34?", "refer_dataset": "table17", "column names": ["Support", "Support_ID", "M3_mol", "CO2s"], "condition_column": ["Support", "Support_ID", "M3_mol", "CO2s"], "answer_column": [], "condition": {"Support": "BN", "Support_ID": "4", "M3_mol": "0.185", "CO2s": "10.34"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all {}-based supports (ID {}) with M3_mol {} linked to CO/CO2 selectivity ratios under {}?"} +{"question": "Is a resource type of STD associated with 4,6% oxygen conversion?", "refer_dataset": "table27", "column names": ["Resource", "O2 Conv(%)"], "condition_column": ["Resource", "O2 Conv(%)"], "answer_column": [], "condition": {"Resource": "STD", "O2 Conv(%)": "4,6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a resource type of {} associated with {}% oxygen conversion?"} +{"question": "Does an experimental temperature of 0°C yield a degradation rate below 44.0%?", "refer_dataset": "table8", "column names": ["Experimental temperature(°C)", "Degradation rate(%)"], "condition_column": ["Experimental temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Experimental temperature(°C)": "0", "Degradation rate(%)": "44.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an experimental temperature of {}°C yield a degradation rate below {}%?"} +{"question": "Is there an element with atomic number 9 that belongs to period 3?", "refer_dataset": "table36", "column names": ["At. #", "Period"], "condition_column": ["At. #", "Period"], "answer_column": [], "condition": {"At. #": "9", "Period": "3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an element with atomic number {} that belongs to period {}?"} +{"question": "Does any catalyst with M2 molar ratio 0.37, M3=W, and support ID 4 produce <5.85% CO2?", "refer_dataset": "table17", "column names": ["M2_mol", "M3", "Support_ID", "CO2y"], "condition_column": ["M2_mol", "M3", "Support_ID", "CO2y"], "answer_column": [], "condition": {"M2_mol": "0.37", "M3": "W", "Support_ID": "4", "CO2y": "5.85"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any catalyst with M2 molar ratio {}, M3={}, and support ID {} produce <{}% CO2?"} +{"question": "Under 425 nm light for 180 minutes, is the degradation rate for pollutant MB 50.0%?", "refer_dataset": "table8", "column names": ["Light wavelength(nm)", "Illumination time(min)", "Pollutant", "Degradation rate(%)"], "condition_column": ["Light wavelength(nm)", "Illumination time(min)", "Pollutant", "Degradation rate(%)"], "answer_column": [], "condition": {"Light wavelength(nm)": "425", "Illumination time(min)": "180", "Pollutant": "MB", "Degradation rate(%)": "50.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {} nm light for {} minutes, is the degradation rate for pollutant {} {}%?"} +{"question": "Is the formation energy of 2.95044 associated with a vacancy formation factor of ['Sm,2,0.953', 'Sm,2,1.015']?", "refer_dataset": "table68", "column names": ["ef", "ff_vac"], "condition_column": ["ef", "ff_vac"], "answer_column": [], "condition": {"ef": "2.95044", "ff_vac": "['Sm,2,0.953', 'Sm,2,1.015']"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy of {} associated with a vacancy formation factor of {}?"} +{"question": "Does the material with initial structure {'lattice_mat': [[7.87350673, 0.0, 0.0], [0.0, 5.56741, 0.0], [0.0, 0.0, 23.81026009]], 'coords': [[4.2e-07, 0.625, 0.04133463], [0.50000021, 0.625, 0.20667316], [0.0, 0.625, 0.37201169], [0.50000021, 0.375, 0.12400389], [0.0, 0.375, 0.28934242], [0.49999979, 0.375, 0.45468095], [0.7500001, 0.125, 0.12400389], [0.2499999, 0.125, 0.28934242], [0.74999969, 0.125, 0.45468095], [0.7500001, 0.875, 0.04133463], [0.2499999, 0.875, 0.20667316], [0.74999969, 0.875, 0.37201169], [0.25000031, 0.125, 0.12400389], [0.7500001, 0.125, 0.28934242], [0.2499999, 0.125, 0.45468095], [0.25000031, 0.875, 0.04133463], [0.7500001, 0.875, 0.20667316], [0.2499999, 0.875, 0.37201169], [0.50000021, 0.625, 0.04133463], [0.0, 0.625, 0.20667316], [0.49999979, 0.625, 0.37201169], [0.0, 0.375, 0.12400389], [0.49999979, 0.375, 0.28934242], [0.99999958, 0.375, 0.45468095], [0.7500001, 0.625, 0.12400389], [0.2499999, 0.625, 0.28934242], [0.74999969, 0.625, 0.45468095], [4.2e-07, 0.125, 0.04133463], [0.50000021, 0.125, 0.20667316], [0.0, 0.125, 0.37201169], [0.50000021, 0.125, 0.04133463], [0.0, 0.125, 0.20667316], [0.49999979, 0.125, 0.37201169], [0.25000031, 0.625, 0.12400389], [0.7500001, 0.625, 0.28934242], [0.2499999, 0.625, 0.45468095], [0.7500001, 0.375, 0.04133463], [0.2499999, 0.375, 0.20667316], [0.74999969, 0.375, 0.37201169], [0.50000021, 0.875, 0.12400389], [0.0, 0.875, 0.28934242], [0.49999979, 0.875, 0.45468095], [0.0, 0.875, 0.12400389], [0.49999979, 0.875, 0.28934242], [0.99999958, 0.875, 0.45468095], [0.25000031, 0.375, 0.04133463], [0.7500001, 0.375, 0.20667316], [0.2499999, 0.375, 0.37201169]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W'], 'abc': [7.87351, 5.56741, 23.81026], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} and final energy -221.61416715 have an average maximum potential of 4.90124480902507?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_energy", "avg_max"], "condition_column": ["initial_atoms", "final_energy", "avg_max"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[7.87350673, 0.0, 0.0], [0.0, 5.56741, 0.0], [0.0, 0.0, 23.81026009]], 'coords': [[4.2e-07, 0.625, 0.04133463], [0.50000021, 0.625, 0.20667316], [0.0, 0.625, 0.37201169], [0.50000021, 0.375, 0.12400389], [0.0, 0.375, 0.28934242], [0.49999979, 0.375, 0.45468095], [0.7500001, 0.125, 0.12400389], [0.2499999, 0.125, 0.28934242], [0.74999969, 0.125, 0.45468095], [0.7500001, 0.875, 0.04133463], [0.2499999, 0.875, 0.20667316], [0.74999969, 0.875, 0.37201169], [0.25000031, 0.125, 0.12400389], [0.7500001, 0.125, 0.28934242], [0.2499999, 0.125, 0.45468095], [0.25000031, 0.875, 0.04133463], [0.7500001, 0.875, 0.20667316], [0.2499999, 0.875, 0.37201169], [0.50000021, 0.625, 0.04133463], [0.0, 0.625, 0.20667316], [0.49999979, 0.625, 0.37201169], [0.0, 0.375, 0.12400389], [0.49999979, 0.375, 0.28934242], [0.99999958, 0.375, 0.45468095], [0.7500001, 0.625, 0.12400389], [0.2499999, 0.625, 0.28934242], [0.74999969, 0.625, 0.45468095], [4.2e-07, 0.125, 0.04133463], [0.50000021, 0.125, 0.20667316], [0.0, 0.125, 0.37201169], [0.50000021, 0.125, 0.04133463], [0.0, 0.125, 0.20667316], [0.49999979, 0.125, 0.37201169], [0.25000031, 0.625, 0.12400389], [0.7500001, 0.625, 0.28934242], [0.2499999, 0.625, 0.45468095], [0.7500001, 0.375, 0.04133463], [0.2499999, 0.375, 0.20667316], [0.74999969, 0.375, 0.37201169], [0.50000021, 0.875, 0.12400389], [0.0, 0.875, 0.28934242], [0.49999979, 0.875, 0.45468095], [0.0, 0.875, 0.12400389], [0.49999979, 0.875, 0.28934242], [0.99999958, 0.875, 0.45468095], [0.25000031, 0.375, 0.04133463], [0.7500001, 0.375, 0.20667316], [0.2499999, 0.375, 0.37201169]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W', 'W'], 'abc': [7.87351, 5.56741, 23.81026], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-221.61416715", "avg_max": "4.90124480902507"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with initial structure {} and final energy {} have an average maximum potential of {}?"} +{"question": "Does a catalyst with a central metal of Zr contain a noble metal component of present?", "refer_dataset": "table7", "column names": ["Center_Metal", "Noble_Metal"], "condition_column": ["Center_Metal", "Noble_Metal"], "answer_column": [], "condition": {"Center_Metal": "Zr", "Noble_Metal": "present"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst with a central metal of {} contain a noble metal component of {}?"} +{"question": "Is the defective energy for job ID JVASP-867 equal to 61.15731121?", "refer_dataset": "table68", "column names": ["jid", "defective_energy"], "condition_column": ["jid", "defective_energy"], "answer_column": [], "condition": {"jid": "JVASP-867", "defective_energy": "61.15731121"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the defective energy for job ID {} equal to {}?"} +{"question": "Is there a molecule with Bertz complexity index 2039.1966807507245, spherocity index mean 0.148541312886742, and eccentricity std 0.0106116239697143?", "refer_dataset": "table41", "column names": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "condition_column": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "answer_column": [], "condition": {"bertz_ct_mean_0": "2039.1966807507245", "spherocity_index_mean_0": "0.148541312886742", "eccentricity_std_0": "0.0106116239697143"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with Bertz complexity index {}, spherocity index mean {}, and eccentricity std {}?"} +{"question": "Is there a catalyst labeled Carbon Monoxide Dehydrogenase from Moorella thermoacetica in chemical environment 1.0 published in 2003.0 with doping enabled?", "refer_dataset": "table12", "column names": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year", "Doping"], "condition_column": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year"], "answer_column": ["Doping"], "condition": {"Catalyst label": "Carbon Monoxide Dehydrogenase from Moorella thermoacetica", "Chemical Environment 1=electrolyte 2=pressure": "1.0", "Year": "2003.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst labeled {} in chemical environment {} published in {} with doping enabled?"} +{"question": "Is there a catalyst labeled Bi/Bi+3 in chemical environment 0.0 published in 2013.0 with doping enabled?", "refer_dataset": "table12", "column names": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year", "Doping"], "condition_column": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year"], "answer_column": ["Doping"], "condition": {"Catalyst label": "Bi/Bi+3 ", "Chemical Environment 1=electrolyte 2=pressure": "0.0", "Year": "2013.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst labeled {} in chemical environment {} published in {} with doping enabled?"} +{"question": "Is there a SiO2 support catalyst with CO selectivity above 5.1%?", "refer_dataset": "table19", "column names": ["Support", "CO sel"], "condition_column": ["Support", "CO sel"], "answer_column": [], "condition": {"Support": "SiO2", "CO sel": "5.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} support catalyst with CO selectivity above {}%?"} +{"question": "Are there any entries where ID 2532 has a Tc exceeding 55.0 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "2532", "Tc": "55.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any entries where ID {} has a Tc exceeding {} K?"} +{"question": "At 675℃, M3=W, and support SiO2, is methane conversion 0,8% and carbon deficit 0,4%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"Temp(℃)": "675", "M3": "W", "Support": "SiO2", "CH4 Conv(%)": "0,8", "C missing(%)": "0,4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, M3={}, and support {}, is methane conversion {}% and carbon deficit {}%?"} +{"question": "Is the tolerance factor 1.092 paired with a PBE mixing energy of 0.0?", "refer_dataset": "table49", "column names": ["Tol", "PBE_mix_energy"], "condition_column": ["Tol", "PBE_mix_energy"], "answer_column": [], "condition": {"Tol": "1.092", "PBE_mix_energy": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the tolerance factor {} paired with a PBE mixing energy of {}?"} +{"question": "There exists an entry where BP86 method predicts LUMO of -0.119, M06 calculates HOMO of -0.227, with PBE0 Scharber current density of 32.0105287702.", "refer_dataset": "table51", "column names": ["bp86_lumo", "m06_homo", "pbe0_scharber_jsc"], "condition_column": ["bp86_lumo", "m06_homo", "pbe0_scharber_jsc"], "answer_column": [], "condition": {"bp86_lumo": "-0.119", "m06_homo": "-0.227", "pbe0_scharber_jsc": "32.0105287702"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "There exists an entry where BP86 method predicts LUMO of {}, M06 calculates HOMO of {}, with PBE0 Scharber current density of {}."} +{"question": "Are there instances where the first ionization energy (A) is 6.172 kJ/mol and the atomic radius (A) is 113.5 Å?", "refer_dataset": "table3", "column names": ["I1a", "Ra"], "condition_column": ["I1a", "Ra"], "answer_column": [], "condition": {"I1a": "6.172", "Ra": "113.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the first ionization energy (A) is {} kJ/mol and the atomic radius (A) is {} Å?"} +{"question": "Is the combination of NPR1 standard deviation 0.031548041, PMI3 mean 8147.886049824578, and inertial shape factor mean 0.002118071 present?", "refer_dataset": "table41", "column names": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "condition_column": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "answer_column": [], "condition": {"npr1_std_0": "0.031548041", "pmi3_mean_0": "8147.886049824578", "inertial_shape_factor_mean_0": "0.002118071"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of NPR1 standard deviation {}, PMI3 mean {}, and inertial shape factor mean {} present?"} +{"question": "Does the axial distortion 1.1390125 occur in the compound with CIF type Proper?", "refer_dataset": "table34", "column names": ["axial_distortion", "CIF_type"], "condition_column": ["axial_distortion", "CIF_type"], "answer_column": [], "condition": {"axial_distortion": "1.1390125", "CIF_type": "Proper"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the axial distortion {} occur in the compound with CIF type {}?"} +{"question": "Does compound LaCo0.94Mg0.06O3 prepared via method 3 require calcination at 650°C to achieve a desorption temperature of 110°C?", "refer_dataset": "table11", "column names": ["Molecular formulas", "PM", "CT (℃)", "DT (℃)"], "condition_column": ["Molecular formulas", "PM", "CT (℃)", "DT (℃)"], "answer_column": [], "condition": {"Molecular formulas": "LaCo0.94Mg0.06O3", "PM": "3", "CT (℃)": "650", "DT (℃)": "110"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does compound {} prepared via method {} require calcination at {}°C to achieve a desorption temperature of {}°C?"} +{"question": "Can material ID 1759 be paired with formula PbTe?", "refer_dataset": "table64", "column names": ["id", "formula"], "condition_column": ["id", "formula"], "answer_column": [], "condition": {"id": "1759", "formula": "PbTe"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can material ID {} be paired with formula {}?"} +{"question": "Is there a molecule with Bertz complexity index 1761.1271848570843, spherocity index mean 0.1051988556548419, and eccentricity std 0.000150445?", "refer_dataset": "table41", "column names": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "condition_column": ["bertz_ct_mean_0", "spherocity_index_mean_0", "eccentricity_std_0"], "answer_column": [], "condition": {"bertz_ct_mean_0": "1761.1271848570843", "spherocity_index_mean_0": "0.1051988556548419", "eccentricity_std_0": "0.000150445"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with Bertz complexity index {}, spherocity index mean {}, and eccentricity std {}?"} +{"question": "Is the energy gap 9.118535041809082 associated with an electronic spatial extent (r²) of 869.3087158203125?", "refer_dataset": "table60", "column names": ["gap", "r2"], "condition_column": ["gap", "r2"], "answer_column": [], "condition": {"gap": "9.118535041809082", "r2": "869.3087158203125"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy gap {} associated with an electronic spatial extent (r²) of {}?"} +{"question": "Do materials with a bulk modulus of 82.71614631594176 Pa all have shear moduli below 44.73353525702305 Pa?", "refer_dataset": "table56", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "82.71614631594176", "shear modulus": "44.73353525702305"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a bulk modulus of {} Pa all have shear moduli below {} Pa?"} +{"question": "Is the formula BeH2 recorded under material ID 218?", "refer_dataset": "table64", "column names": ["formula", "id"], "condition_column": ["formula", "id"], "answer_column": [], "condition": {"formula": "BeH2", "id": "218"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formula {} recorded under material ID {}?"} +{"question": "Does the space group P3m1 material with formula FeO2 have a Poisson's ratio of na?", "refer_dataset": "table48", "column names": ["spg_symbol", "formula", "poisson"], "condition_column": ["spg_symbol", "formula", "poisson"], "answer_column": [], "condition": {"spg_symbol": "P3m1", "formula": "FeO2", "poisson": "na"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the space group {} material with formula {} have a Poisson's ratio of {}?"} +{"question": "Do densities of elements A and B (ρa 4.21 g/cm³, ρb 4.51 g/cm³) coexist with tolerance factor (t) 0.905?", "refer_dataset": "table2", "column names": ["ρa", "ρb", "t"], "condition_column": ["ρa", "ρb", "t"], "answer_column": [], "condition": {"ρa": "4.21", "ρb": "4.51", "t": "0.905"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do densities of elements A and B (ρa {} g/cm³, ρb {} g/cm³) coexist with tolerance factor (t) {}?"} +{"question": "Is there a catalyst combining V (C1), V (C2), and 0% C3 amount with CO selectivity 0.8%?", "refer_dataset": "table19", "column names": ["Cation1", "Cation2", "Cation3Amount", "CO sel"], "condition_column": ["Cation1", "Cation2", "Cation3Amount", "CO sel"], "answer_column": [], "condition": {"Cation1": "V", "Cation2": "V", "Cation3Amount": "0", "CO sel": "0.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst combining {} (C1), {} (C2), and {}% C3 amount with CO selectivity {}%?"} +{"question": "Does the material with density of states 1.9679239 at Fermi level, space group 115, and ID agm004260580 exist?", "refer_dataset": "table44", "column names": ["dos_ef", "spg", "id"], "condition_column": ["dos_ef", "spg", "id"], "answer_column": [], "condition": {"dos_ef": "1.9679239", "spg": "115", "id": "agm004260580"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with density of states {} at Fermi level, space group {}, and ID {} exist?"} +{"question": "Does methane partial pressure of 0.4 correlate with C2 selectivity of 45.5?", "refer_dataset": "table20", "column names": ["CH4-pressure", "C2-selectivity"], "condition_column": ["CH4-pressure", "C2-selectivity"], "answer_column": [], "condition": {"CH4-pressure": "0.4", "C2-selectivity": "45.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does methane partial pressure of {} correlate with C2 selectivity of {}?"} +{"question": "Is the report number DAMTP-2007-30 linked to the category \"hep-th\"?", "refer_dataset": "table45", "column names": ["report-no", "categories"], "condition_column": ["report-no", "categories"], "answer_column": [], "condition": {"report-no": "DAMTP-2007-30", "categories": "hep-th"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the report number {} linked to the category \"{}\"?"} +{"question": "Is there a material with Fermi energy level at 2.70629021 and a surface valence band maximum of -2.5799?", "refer_dataset": "table66", "column names": ["efermi", "surf_vbm"], "condition_column": ["efermi", "surf_vbm"], "answer_column": [], "condition": {"efermi": "2.70629021", "surf_vbm": "-2.5799"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with Fermi energy level at {} and a surface valence band maximum of {}?"} +{"question": "Is the abbreviation HgTb used for the compound Hg1Tb1?", "refer_dataset": "table31", "column names": ["1", "0"], "condition_column": ["1", "0"], "answer_column": [], "condition": {"1": "HgTb", "0": "Hg1Tb1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the abbreviation {} used for the compound {}?"} +{"question": "Does any catalyst with M2=Na, M3_mol=0.185, and support ID 4 achieve C2H4s >22.64% while COy <22.49%?", "refer_dataset": "table17", "column names": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "condition_column": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "answer_column": [], "condition": {"M2": "Na", "M3_mol": "0.185", "Support_ID": "4", "C2H4s": "22.64", "COy": "22.49"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any catalyst with M2={}, M3_mol={}, and support ID {} achieve C2H4s >{}% while COy <{}%?"} +{"question": "Is there a material with A’s melting temp (A_Tm) 746.1 K, B’s boiling temp (B_Tb) 3225.4 K, and B’s electron affinity (EAb) 13.27 eV?", "refer_dataset": "table2", "column names": ["A_Tm", "B_Tb", "EAb"], "condition_column": ["A_Tm", "B_Tb", "EAb"], "answer_column": [], "condition": {"A_Tm": "746.1", "B_Tb": "3225.4", "EAb": "13.27"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with A’s melting temp (A_Tm) {} K, B’s boiling temp (B_Tb) {} K, and B’s electron affinity (EAb) {} eV?"} +{"question": "Is there a sample with primary vibrational frequency 0.02165892214919, enthalpy of 4.87952996944773, and internal energy of 4.88454826774226?", "refer_dataset": "table61", "column names": ["omega1", "H", "U"], "condition_column": ["omega1", "H", "U"], "answer_column": [], "condition": {"omega1": "0.02165892214919", "H": "4.87952996944773", "U": "4.88454826774226"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample with primary vibrational frequency {}, enthalpy of {}, and internal energy of {}?"} +{"question": "Does a material with a PBE decomposition energy of -0.15 have an HSE band gap of 2.57?", "refer_dataset": "table49", "column names": ["PBE_decomp_energy", "HSE_gap"], "condition_column": ["PBE_decomp_energy", "HSE_gap"], "answer_column": [], "condition": {"PBE_decomp_energy": "-0.15", "HSE_gap": "2.57"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a PBE decomposition energy of {} have an HSE band gap of {}?"} +{"question": "Is there a material with space group 166, composed of ['Ac'] elements, and a total magnetization of 1.5e-06?", "refer_dataset": "table44", "column names": ["spg", "elements", "total_mag"], "condition_column": ["spg", "elements", "total_mag"], "answer_column": [], "condition": {"spg": "166", "elements": "['Ac']", "total_mag": "1.5e-06"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group {}, composed of {} elements, and a total magnetization of {}?"} +{"question": "Is there a 0.49 V vs. RHE catalyst in the 2.0 chemical environment with multiphase (Multiphase=1) and doping?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure", "Multiphase", "Doping"], "condition_column": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["Multiphase", "Doping"], "condition": {"-V vs. RHE V": "0.49", "Chemical Environment 1=electrolyte 2=pressure": "2.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} V vs. RHE catalyst in the {} chemical environment with multiphase (Multiphase=1) and doping?"} +{"question": "Is there a material with the chemical formula MgZn and energy value of 1.76605087946e-09?", "refer_dataset": "table64", "column names": ["formula", "formula_energy"], "condition_column": ["formula", "formula_energy"], "answer_column": [], "condition": {"formula": "MgZn", "formula_energy": "1.76605087946e-09"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and energy value of {}?"} +{"question": "Is the bandgap of material ID 2dm-3378 exactly 0.0?", "refer_dataset": "table67", "column names": ["material_id", "bandgap"], "condition_column": ["material_id", "bandgap"], "answer_column": [], "condition": {"material_id": "2dm-3378", "bandgap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the bandgap of material ID {} exactly {}?"} +{"question": "Are there entries with M2 Sm, Support Mn, and Par 0.0 atm in Type Literature?", "refer_dataset": "table28", "column names": ["M2", "Support", "Par", "Type"], "condition_column": ["M2", "Support", "Par", "Type"], "answer_column": [], "condition": {"M2": "Sm", "Support": "Mn", "Par": "0.0", "Type": "Literature"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries with M2 {}, Support {}, and Par {} atm in Type {}?"} +{"question": "Does a methane conversion efficiency of 37.24810247% occur with a C2 selectivity of 6.174274864%?", "refer_dataset": "table21", "column names": ["CH4 conversion (%)", "C2 selectivity(%)"], "condition_column": ["CH4 conversion (%)", "C2 selectivity(%)"], "answer_column": [], "condition": {"CH4 conversion (%)": "37.24810247", "C2 selectivity(%)": "6.174274864"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion efficiency of {}% occur with a C2 selectivity of {}%?"} +{"question": "Does the material composed of ['Ac'] elements with formation energy 0.0 eV exhibit phase separation energy of 0.0 eV?", "refer_dataset": "table44", "column names": ["elements", "e_form", "e_phase_separation"], "condition_column": ["elements", "e_form", "e_phase_separation"], "answer_column": [], "condition": {"elements": "['Ac']", "e_form": "0.0", "e_phase_separation": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material composed of {} elements with formation energy {} eV exhibit phase separation energy of {} eV?"} +{"question": "Is there a compound in the Tetragonal lattice system with HM symbol I4, Hall symbol I4, and 6 total atoms?", "refer_dataset": "table31", "column names": ["11", "9", "10", "4"], "condition_column": ["11", "9", "10", "4"], "answer_column": [], "condition": {"11": "Tetragonal", "9": "I4", "10": "I4", "4": "6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound in the {} lattice system with HM symbol {}, Hall symbol {}, and {} total atoms?"} +{"question": "Is there a metal oxide with Fe 0.1 and a J.uAcm2_0.63_secondCA measurement of 3787.81?", "refer_dataset": "table16", "column names": ["Fe", "J.uAcm2_0.63_secondCA"], "condition_column": ["Fe", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Fe": "0.1", "J.uAcm2_0.63_secondCA": "3787.81"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metal oxide with Fe {} and a J.uAcm2_0.63_secondCA measurement of {}?"} +{"question": "Is there a compound with job ID cc-2, species H2OH2CO, and a HOMO energy of -0.27903 eV?", "refer_dataset": "table46", "column names": ["jid", "species", "homo"], "condition_column": ["jid", "species", "homo"], "answer_column": [], "condition": {"jid": "cc-2", "species": "H2OH2CO", "homo": "-0.27903"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with job ID {}, species {}, and a HOMO energy of {} eV?"} +{"question": "Is the closest polyhedron geometry Triangular dodecahedron linked to the CSM value 0.886?", "refer_dataset": "table34", "column names": ["closest_polyhedron", "CSM"], "condition_column": ["closest_polyhedron", "CSM"], "answer_column": [], "condition": {"closest_polyhedron": "Triangular dodecahedron", "CSM": "0.886"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the closest polyhedron geometry {} linked to the CSM value {}?"} +{"question": "Does the perovskite with A site Na have a cycle duration of 3.0 hours and cycle3 performance 5266.7?", "refer_dataset": "table5", "column names": ["A site", "Duration of cycles (h)", "cycle3"], "condition_column": ["A site", "Duration of cycles (h)", "cycle3"], "answer_column": [], "condition": {"A site": "Na", "Duration of cycles (h)": "3.0", "cycle3": "5266.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite with A site {} have a cycle duration of {} hours and cycle3 performance {}?"} +{"question": "Do elements with a covalent radius of 1.74 Å exhibit a valence of 1?", "refer_dataset": "table36", "column names": ["covalent radius", "valence"], "condition_column": ["covalent radius", "valence"], "answer_column": [], "condition": {"covalent radius": "1.74", "valence": "1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements with a covalent radius of {} Å exhibit a valence of {}?"} +{"question": "Are there any catalysts with Zn as the primary metal and a C2 selectivity below 7.233207817%?", "refer_dataset": "table21", "column names": ["M1", "C2 selectivity(%)"], "condition_column": ["M1", "C2 selectivity(%)"], "answer_column": [], "condition": {"M1": "Zn", "C2 selectivity(%)": "7.233207817"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any catalysts with {} as the primary metal and a C2 selectivity below {}%?"} +{"question": "Do compositions with Dope C exhibit CH4Ead 0.7072486129?", "refer_dataset": "table24", "column names": ["Dope", "CH4Ead"], "condition_column": ["Dope", "CH4Ead"], "answer_column": [], "condition": {"Dope": "C", "CH4Ead": "0.7072486129"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do compositions with Dope {} exhibit CH4Ead {}?"} +{"question": "Are there materials where the conduction band minimum is 4.6017, OptB88-vdW bandgap is -0.2770000000000001, and final energy is -129.68437497?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "4.6017", "optb88vdw_bandgap": "-0.2770000000000001", "final_energy": "-129.68437497"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the conduction band minimum is {}, OptB88-vdW bandgap is {}, and final energy is {}?"} +{"question": "Is there a substance where PBE0 LUMO matches -0.11, BP86 Scharber efficiency is 3.41960001357, and M06 voltage equals 2.1212119715?", "refer_dataset": "table51", "column names": ["pbe0_lumo", "bp86_scharber_pce", "m06_scharber_voc"], "condition_column": ["pbe0_lumo", "bp86_scharber_pce", "m06_scharber_voc"], "answer_column": [], "condition": {"pbe0_lumo": "-0.11", "bp86_scharber_pce": "3.41960001357", "m06_scharber_voc": "2.1212119715"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a substance where PBE0 LUMO matches {}, BP86 Scharber efficiency is {}, and M06 voltage equals {}?"} +{"question": "Is there a catalyst where M1 is Li and the C₂ yield is 2.5%?", "refer_dataset": "table23", "column names": ["M1", "C2 yield (%)"], "condition_column": ["M1", "C2 yield (%)"], "answer_column": [], "condition": {"M1": "Li", "C2 yield (%)": "2.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {} and the C₂ yield is {}%?"} +{"question": "Does the initial atomic structure {'lattice_mat': [[7.02517658, 0.0, 0.0], [0.0, 4.96755, 0.0], [0.0, 0.0, 26.05035316]], 'coords': [[0.54166689, 0.66666667, 0.10112876], [0.04166665, 0.66666667, 0.23596719], [0.5416664, 0.66666667, 0.37080562], [0.04166616, 0.66666667, 0.50564405], [0.79166725, 0.16666667, 0.03370955], [0.29166701, 0.16666667, 0.16854798], [0.79166677, 0.16666667, 0.30338641], [0.29166652, 0.16666667, 0.43822484], [0.29166701, 0.16666667, 0.03370955], [0.79166677, 0.16666667, 0.16854798], [0.29166652, 0.16666667, 0.30338641], [0.79166628, 0.16666667, 0.43822484], [0.04166713, 0.66666667, 0.10112876], [0.54166689, 0.66666667, 0.23596719], [0.04166665, 0.66666667, 0.37080562], [0.5416664, 0.66666667, 0.50564405], [0.79166725, 0.66666667, 0.03370955], [0.29166701, 0.66666667, 0.16854798], [0.79166677, 0.66666667, 0.30338641], [0.29166652, 0.66666667, 0.43822484], [0.54166689, 0.16666667, 0.10112876], [0.04166665, 0.16666667, 0.23596719], [0.5416664, 0.16666667, 0.37080562], [0.04166616, 0.16666667, 0.50564405], [0.04166713, 0.16666667, 0.10112876], [0.54166689, 0.16666667, 0.23596719], [0.04166665, 0.16666667, 0.37080562], [0.5416664, 0.16666667, 0.50564405], [0.29166701, 0.66666667, 0.03370955], [0.79166677, 0.66666667, 0.16854798], [0.29166652, 0.66666667, 0.30338641], [0.79166628, 0.66666667, 0.43822484], [0.54166689, 0.91666667, 0.03370955], [0.04166665, 0.91666667, 0.16854798], [0.5416664, 0.91666667, 0.30338641], [0.04166616, 0.91666667, 0.43822484], [0.29166701, 0.41666667, 0.10112876], [0.79166677, 0.41666667, 0.23596719], [0.29166652, 0.41666667, 0.37080562], [0.79166628, 0.41666667, 0.50564405], [0.79166677, 0.41666667, 0.10112876], [0.29166652, 0.41666667, 0.23596719], [0.79166628, 0.41666667, 0.37080562], [0.29166604, 0.41666667, 0.50564405], [0.04166713, 0.91666667, 0.03370955], [0.54166689, 0.91666667, 0.16854798], [0.04166665, 0.91666667, 0.30338641], [0.5416664, 0.91666667, 0.43822484]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B'], 'abc': [7.02518, 4.96755, 26.05035], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} correspond to a final energy of -153.13583421?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_energy"], "condition_column": ["initial_atoms", "final_energy"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[7.02517658, 0.0, 0.0], [0.0, 4.96755, 0.0], [0.0, 0.0, 26.05035316]], 'coords': [[0.54166689, 0.66666667, 0.10112876], [0.04166665, 0.66666667, 0.23596719], [0.5416664, 0.66666667, 0.37080562], [0.04166616, 0.66666667, 0.50564405], [0.79166725, 0.16666667, 0.03370955], [0.29166701, 0.16666667, 0.16854798], [0.79166677, 0.16666667, 0.30338641], [0.29166652, 0.16666667, 0.43822484], [0.29166701, 0.16666667, 0.03370955], [0.79166677, 0.16666667, 0.16854798], [0.29166652, 0.16666667, 0.30338641], [0.79166628, 0.16666667, 0.43822484], [0.04166713, 0.66666667, 0.10112876], [0.54166689, 0.66666667, 0.23596719], [0.04166665, 0.66666667, 0.37080562], [0.5416664, 0.66666667, 0.50564405], [0.79166725, 0.66666667, 0.03370955], [0.29166701, 0.66666667, 0.16854798], [0.79166677, 0.66666667, 0.30338641], [0.29166652, 0.66666667, 0.43822484], [0.54166689, 0.16666667, 0.10112876], [0.04166665, 0.16666667, 0.23596719], [0.5416664, 0.16666667, 0.37080562], [0.04166616, 0.16666667, 0.50564405], [0.04166713, 0.16666667, 0.10112876], [0.54166689, 0.16666667, 0.23596719], [0.04166665, 0.16666667, 0.37080562], [0.5416664, 0.16666667, 0.50564405], [0.29166701, 0.66666667, 0.03370955], [0.79166677, 0.66666667, 0.16854798], [0.29166652, 0.66666667, 0.30338641], [0.79166628, 0.66666667, 0.43822484], [0.54166689, 0.91666667, 0.03370955], [0.04166665, 0.91666667, 0.16854798], [0.5416664, 0.91666667, 0.30338641], [0.04166616, 0.91666667, 0.43822484], [0.29166701, 0.41666667, 0.10112876], [0.79166677, 0.41666667, 0.23596719], [0.29166652, 0.41666667, 0.37080562], [0.79166628, 0.41666667, 0.50564405], [0.79166677, 0.41666667, 0.10112876], [0.29166652, 0.41666667, 0.23596719], [0.79166628, 0.41666667, 0.37080562], [0.29166604, 0.41666667, 0.50564405], [0.04166713, 0.91666667, 0.03370955], [0.54166689, 0.91666667, 0.16854798], [0.04166665, 0.91666667, 0.30338641], [0.5416664, 0.91666667, 0.43822484]], 'elements': ['Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Be', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'Al', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B', 'B'], 'abc': [7.02518, 4.96755, 26.05035], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-153.13583421"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the initial atomic structure {} correspond to a final energy of {}?"} +{"question": "Is there a material from the CSD database with a pore limiting diameter (PLD) exceeding 1.1315 Å?", "refer_dataset": "table62", "column names": ["source", "pld"], "condition_column": ["source", "pld"], "answer_column": [], "condition": {"source": "CSD", "pld": "1.1315"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material from the {} database with a pore limiting diameter (PLD) exceeding {} Å?"} +{"question": "In the liquid-solid medium, does a 1.0 g/l loading with 22.28 m²/g SBET yield CO as the main product?", "refer_dataset": "table10", "column names": ["Reaction medium", "loading (g/l)", "SBET (m2 /g)", "Main product"], "condition_column": ["Reaction medium", "loading (g/l)", "SBET (m2 /g)"], "answer_column": ["Main product"], "condition": {"Reaction medium": "liquid-solid", "loading (g/l)": "1.0", "SBET (m2 /g)": "22.28"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In the {} medium, does a {} g/l loading with {} m²/g SBET yield CO as the main product?"} +{"question": "Is there a material with average maximum potential 3.8725956694557992 where both conduction band minimum (7.767) and valence band maximum (8.554) are recorded?", "refer_dataset": "table66", "column names": ["avg_max", "scf_cbm", "scf_vbm"], "condition_column": ["avg_max", "scf_cbm", "scf_vbm"], "answer_column": [], "condition": {"avg_max": "3.8725956694557992", "scf_cbm": "7.767", "scf_vbm": "8.554"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with average maximum potential {} where both conduction band minimum ({}) and valence band maximum ({}) are recorded?"} +{"question": "Does the compound Al1Dy1Zn1 have exactly 3 elements?", "refer_dataset": "table31", "column names": ["0", "3"], "condition_column": ["0", "3"], "answer_column": [], "condition": {"0": "Al1Dy1Zn1", "3": "3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} have exactly {} elements?"} +{"question": "Is there a γ' size of 5.77 nm in alloys with 0.0% Ta?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Ta"], "condition_column": ["γ＇相尺寸 (nm)", "Ta"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "5.77", "Ta": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a γ' size of {} nm in alloys with {}% Ta?"} +{"question": "Is there a case where the valence band maximum is 4.7106, OptB88-vdW bandgap is -0.4502999999999995, and conduction band minimum is 5.1609?", "refer_dataset": "table52", "column names": ["optb88vdw_vbm", "optb88vdw_bandgap", "optb88vdw_cbm"], "condition_column": ["optb88vdw_vbm", "optb88vdw_bandgap", "optb88vdw_cbm"], "answer_column": [], "condition": {"optb88vdw_vbm": "4.7106", "optb88vdw_bandgap": "-0.4502999999999995", "optb88vdw_cbm": "5.1609"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a case where the valence band maximum is {}, OptB88-vdW bandgap is {}, and conduction band minimum is {}?"} +{"question": "A material exhibits stability (e_hull of 0.2802868175000004 eV), a magnetic moment (mu_b) of -2e-07, and a shear modulus of -4.318653419191119 GPa.", "refer_dataset": "table54", "column names": ["e_hull", "mu_b", "shear modulus"], "condition_column": ["e_hull", "mu_b", "shear modulus"], "answer_column": [], "condition": {"e_hull": "0.2802868175000004", "mu_b": "-2e-07", "shear modulus": "-4.318653419191119"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material exhibits stability (e_hull of {} eV), a magnetic moment (mu_b) of {}, and a shear modulus of {} GPa."} +{"question": "Does the database include entries where ID = 472984.0, delta e = 0.22691826560345 eV, and band gap = 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472984.0", "_oqmd_delta_e": "0.22691826560345", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the database include entries where ID = {}, delta e = {} eV, and band gap = {} eV?"} +{"question": "Does the material with ID 1.0 have a dipole moment of 1.625599980354309, polarizability of 9.460000038146973, and HOMO energy of -6.993326187133789?", "refer_dataset": "table60", "column names": ["id", "mu", "alpha", "homo"], "condition_column": ["id", "mu", "alpha", "homo"], "answer_column": [], "condition": {"id": "1.0", "mu": "1.625599980354309", "alpha": "9.460000038146973", "homo": "-6.993326187133789"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a dipole moment of {}, polarizability of {}, and HOMO energy of {}?"} +{"question": "Is the diffraction temperature uncertainty 2.0 recorded for a diffraction temperature of 396.0?", "refer_dataset": "table38", "column names": ["sigdiffrtemp", "diffrtemp"], "condition_column": ["sigdiffrtemp", "diffrtemp"], "answer_column": [], "condition": {"sigdiffrtemp": "2.0", "diffrtemp": "396.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the diffraction temperature uncertainty {} recorded for a diffraction temperature of {}?"} +{"question": "Is a bounding box mean dimension of 16.41788543843019 associated with volume standard deviation of 0.1202663710269884?", "refer_dataset": "table41", "column names": ["box_mean_0", "volume_std_0"], "condition_column": ["box_mean_0", "volume_std_0"], "answer_column": [], "condition": {"box_mean_0": "16.41788543843019", "volume_std_0": "0.1202663710269884"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a bounding box mean dimension of {} associated with volume standard deviation of {}?"} +{"question": "Is the catalyst coded 4-3 using M2 = Mo at 900°C associated with a C2 selectivity above 11.93716517%?", "refer_dataset": "table21", "column names": ["Code", "M2", "Temp. (°C)", "C2 selectivity(%)"], "condition_column": ["Code", "M2", "Temp. (°C)", "C2 selectivity(%)"], "answer_column": [], "condition": {"Code": "4-3", "M2": "Mo", "Temp. (°C)": "900", "C2 selectivity(%)": "11.93716517"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the catalyst coded {} using M2 = {} at {}°C associated with a C2 selectivity above {}%?"} +{"question": "Is there a compound with job ID cc-11 and a HOMO energy of -0.23581 eV?", "refer_dataset": "table46", "column names": ["jid", "homo"], "condition_column": ["jid", "homo"], "answer_column": [], "condition": {"jid": "cc-11", "homo": "-0.23581"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with job ID {} and a HOMO energy of {} eV?"} +{"question": "Does the material with initial structure {'lattice_mat': [[3.00907158, 0.0, 0.0], [0.0, 9.70642, 0.0], [0.0, 0.0, 27.63562375]], 'coords': [[0.08332784, 0.39680234, 0.0785802], [0.58333038, 0.39680234, 0.17287652], [0.08333291, 0.39680234, 0.26717284], [0.58333545, 0.39680234, 0.36146916], [0.08333798, 0.39680234, 0.45576548], [0.58334052, 0.39680234, 0.5500618], [0.58332717, 0.89680234, 0.04714809], [0.08332971, 0.89680234, 0.14144441], [0.58333224, 0.89680234, 0.23574073], [0.08333478, 0.89680234, 0.33003706], [0.58333731, 0.89680234, 0.42433338], [0.08333985, 0.89680234, 0.5186297], [0.08332597, 0.15302101, 0.01571599], [0.58332851, 0.15302101, 0.11001231], [0.08333105, 0.15302101, 0.20430863], [0.58333358, 0.15302101, 0.29860495], [0.08333612, 0.15302101, 0.39290127], [0.58333865, 0.15302101, 0.48719759], [0.08332597, 0.65302101, 0.01571599], [0.58332851, 0.65302101, 0.11001231], [0.08333105, 0.65302101, 0.20430863], [0.58333358, 0.65302101, 0.29860495], [0.08333612, 0.65302101, 0.39290127], [0.58333865, 0.65302101, 0.48719759], [0.58332717, 0.20017665, 0.04714809], [0.08332971, 0.20017665, 0.14144441], [0.58333224, 0.20017665, 0.23574073], [0.08333478, 0.20017665, 0.33003706], [0.58333731, 0.20017665, 0.42433338], [0.08333985, 0.20017665, 0.5186297], [0.08332784, 0.70017665, 0.0785802], [0.58333038, 0.70017665, 0.17287652], [0.08333291, 0.70017665, 0.26717284], [0.58333545, 0.70017665, 0.36146916], [0.08333798, 0.70017665, 0.45576548], [0.58334052, 0.70017665, 0.5500618]], 'elements': ['Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N'], 'abc': [3.00907, 9.70642, 27.63562], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} and final energy -47.90233721 have an average maximum potential of 13.323995191034284?", "refer_dataset": "table66", "column names": ["initial_atoms", "final_energy", "avg_max"], "condition_column": ["initial_atoms", "final_energy", "avg_max"], "answer_column": [], "condition": {"initial_atoms": "{'lattice_mat': [[3.00907158, 0.0, 0.0], [0.0, 9.70642, 0.0], [0.0, 0.0, 27.63562375]], 'coords': [[0.08332784, 0.39680234, 0.0785802], [0.58333038, 0.39680234, 0.17287652], [0.08333291, 0.39680234, 0.26717284], [0.58333545, 0.39680234, 0.36146916], [0.08333798, 0.39680234, 0.45576548], [0.58334052, 0.39680234, 0.5500618], [0.58332717, 0.89680234, 0.04714809], [0.08332971, 0.89680234, 0.14144441], [0.58333224, 0.89680234, 0.23574073], [0.08333478, 0.89680234, 0.33003706], [0.58333731, 0.89680234, 0.42433338], [0.08333985, 0.89680234, 0.5186297], [0.08332597, 0.15302101, 0.01571599], [0.58332851, 0.15302101, 0.11001231], [0.08333105, 0.15302101, 0.20430863], [0.58333358, 0.15302101, 0.29860495], [0.08333612, 0.15302101, 0.39290127], [0.58333865, 0.15302101, 0.48719759], [0.08332597, 0.65302101, 0.01571599], [0.58332851, 0.65302101, 0.11001231], [0.08333105, 0.65302101, 0.20430863], [0.58333358, 0.65302101, 0.29860495], [0.08333612, 0.65302101, 0.39290127], [0.58333865, 0.65302101, 0.48719759], [0.58332717, 0.20017665, 0.04714809], [0.08332971, 0.20017665, 0.14144441], [0.58333224, 0.20017665, 0.23574073], [0.08333478, 0.20017665, 0.33003706], [0.58333731, 0.20017665, 0.42433338], [0.08333985, 0.20017665, 0.5186297], [0.08332784, 0.70017665, 0.0785802], [0.58333038, 0.70017665, 0.17287652], [0.08333291, 0.70017665, 0.26717284], [0.58333545, 0.70017665, 0.36146916], [0.08333798, 0.70017665, 0.45576548], [0.58334052, 0.70017665, 0.5500618]], 'elements': ['Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Na', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'Fe', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N', 'N'], 'abc': [3.00907, 9.70642, 27.63562], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-47.90233721", "avg_max": "13.323995191034284"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with initial structure {} and final energy {} have an average maximum potential of {}?"} +{"question": "Is there a perovskite where the HSE lattice constant is 5.39 and the PBE band gap is 1.05?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "PBE_gap"], "condition_column": ["HSE_latt_const", "PBE_gap"], "answer_column": [], "condition": {"HSE_latt_const": "5.39", "PBE_gap": "1.05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite where the HSE lattice constant is {} and the PBE band gap is {}?"} +{"question": "Does any molecule with HOMO energy -1.21956757095738 have a LUMO energy of -1.11925212913937?", "refer_dataset": "table61", "column names": ["HOMO", "LUMO"], "condition_column": ["HOMO", "LUMO"], "answer_column": [], "condition": {"HOMO": "-1.21956757095738", "LUMO": "-1.11925212913937"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any molecule with HOMO energy {} have a LUMO energy of {}?"} +{"question": "Is there a OptB88vdW method calculation with OptB88vdW total energy -2.77075 eV and MBJ bandgap na eV?", "refer_dataset": "table48", "column names": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "condition_column": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-2.77075", "mbj_bandgap": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} method calculation with OptB88vdW total energy {} eV and MBJ bandgap {} eV?"} +{"question": "Is there a OptB88vdW method calculation with OptB88vdW total energy -2.47803 eV and MBJ bandgap na eV?", "refer_dataset": "table48", "column names": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "condition_column": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-2.47803", "mbj_bandgap": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} method calculation with OptB88vdW total energy {} eV and MBJ bandgap {} eV?"} +{"question": "Does any material have an atomic radius ratio (Ra/Rb) of 2.013 combined with a density (A) of 1.68 g/cm³?", "refer_dataset": "table3", "column names": ["Ra/Rb", "ρa"], "condition_column": ["Ra/Rb", "ρa"], "answer_column": [], "condition": {"Ra/Rb": "2.013", "ρa": "1.68"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have an atomic radius ratio (Ra/Rb) of {} combined with a density (A) of {} g/cm³?"} +{"question": "Is there adsorbed carbon (C*) with identifier 3 on -211 surfaces paired with activation energy 1.35 eV?", "refer_dataset": "table18", "column names": ["b_key", "surfaces", "activation_energy"], "condition_column": ["b_key", "surfaces", "activation_energy"], "answer_column": [], "condition": {"b_key": "3", "surfaces": "-211", "activation_energy": "1.35"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there adsorbed carbon (C*) with identifier {} on {} surfaces paired with activation energy {} eV?"} +{"question": "Does the compound named 0 belong to species NH3NH3?", "refer_dataset": "table46", "column names": ["name", "species"], "condition_column": ["name", "species"], "answer_column": [], "condition": {"name": "0", "species": "NH3NH3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound named {} belong to species {}?"} +{"question": "Is the energy value -2.84179646508 linked to the chemical formula CaO4W?", "refer_dataset": "table64", "column names": ["formula_energy", "formula"], "condition_column": ["formula_energy", "formula"], "answer_column": [], "condition": {"formula_energy": "-2.84179646508", "formula": "CaO4W"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy value {} linked to the chemical formula {}?"} +{"question": "Did Qingdao Univ Sci & Technol institution use microwave synthesis in a study published on 2017-10-01 00:00:00 with an acid OVP of 0 mV?", "refer_dataset": "table13", "column names": ["Facility", "Indexed_Date", "Judge_Microwave", "Acid_OVP"], "condition_column": ["Facility", "Indexed_Date", "Judge_Microwave"], "answer_column": ["Acid_OVP"], "condition": {"Facility": "Qingdao Univ Sci & Technol", "Indexed_Date": "2017-10-01 00:00:00", "Judge_Microwave": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Did {} institution use microwave synthesis in a study published on {} with an acid OVP of {} mV?"} +{"question": "Is there a surfactant at 0.0% wt., polymer at 0.595% wt., and solvent at 0.0% vol. in the same formulation?", "refer_dataset": "table42", "column names": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "condition_column": ["Surfactant, % wt.", "Polymer, % wt.", "Solvent, % vol."], "answer_column": [], "condition": {"Surfactant, % wt.": "0.0", "Polymer, % wt.": "0.595", "Solvent, % vol.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surfactant at {}% wt., polymer at {}% wt., and solvent at {}% vol. in the same formulation?"} +{"question": "Does the material with formula Nb1Re3 use identifier 1721?", "refer_dataset": "table65", "column names": ["formula", "id"], "condition_column": ["formula", "id"], "answer_column": [], "condition": {"formula": "Nb1Re3", "id": "1721"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} use identifier {}?"} +{"question": "Does a CH4/O2 ratio of 2.0 with M2 Hf lead to a hydrogen yield of 0.2%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "condition_column": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "M2": "Hf", "H2 yield (%)": "0.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a CH4/O2 ratio of {} with M2 {} lead to a hydrogen yield of {}%?"} +{"question": "Does surface area 180.41 m²/g, pore volume 0.32 cm³/g, and illumination 10 minutes collectively result in 100.0% degradation efficiency?", "refer_dataset": "table6", "column names": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Surface area (m2/g)": "180.41", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "10", "Degradation efficiency (%)": "100.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface area {} m²/g, pore volume {} cm³/g, and illumination {} minutes collectively result in {}% degradation efficiency?"} +{"question": "Does 0.0% Mo combined with 10.0% W yield a γ' size of 10.0 nm?", "refer_dataset": "table39", "column names": ["Mo", "W", "γ＇相尺寸 (nm)"], "condition_column": ["Mo", "W", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"Mo": "0.0", "W": "10.0", "γ＇相尺寸 (nm)": "10.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {}% Mo combined with {}% W yield a γ' size of {} nm?"} +{"question": "Was the report number BABAR-PUB-07/021, SLAC-PUB-12435 under license http://arxiv.org/licenses/nonexclusive-distrib/1.0/ submitted by Evgeni Solodov P?", "refer_dataset": "table45", "column names": ["report-no", "license", "submitter"], "condition_column": ["report-no", "license", "submitter"], "answer_column": [], "condition": {"report-no": "BABAR-PUB-07/021, SLAC-PUB-12435", "license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "submitter": "Evgeni Solodov P"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the report number {} under license {} submitted by {}?"} +{"question": "Is there a catalyst where M1 is Rb and Par is 0.6 atm?", "refer_dataset": "table28", "column names": ["M1", "Par"], "condition_column": ["M1", "Par"], "answer_column": [], "condition": {"M1": "Rb", "Par": "0.6"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {} and Par is {} atm?"} +{"question": "Is the title \"Eternal inflation and localization on the landscape\" associated with the report number HIP-2007-15/TH?", "refer_dataset": "table45", "column names": ["title", "report-no"], "condition_column": ["title", "report-no"], "answer_column": [], "condition": {"title": "Eternal inflation and localization on the landscape", "report-no": "HIP-2007-15/TH"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the title \"{}\" associated with the report number {}?"} +{"question": "For surface key 5, does the -211 surface with element Cu exhibit activation energy 1.61 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "AA", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "AA", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "5", "surfaces": "-211", "AA": "Cu", "activation_energy": "1.61"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For surface key {}, does the {} surface with element {} exhibit activation energy {} eV?"} +{"question": "Does the perovskite HTiTaO5 use Ti as the primary B site cation?", "refer_dataset": "table5", "column names": ["Full Name of Perovskite", "B site"], "condition_column": ["Full Name of Perovskite", "B site"], "answer_column": [], "condition": {"Full Name of Perovskite": "HTiTaO5", "B site": "Ti"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} use {} as the primary B site cation?"} +{"question": "Does the space group P-31m material with formula RuCl3 have a Poisson's ratio of na?", "refer_dataset": "table48", "column names": ["spg_symbol", "formula", "poisson"], "condition_column": ["spg_symbol", "formula", "poisson"], "answer_column": [], "condition": {"spg_symbol": "P-31m", "formula": "RuCl3", "poisson": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the space group {} material with formula {} have a Poisson's ratio of {}?"} +{"question": "Is the SCF valence band maximum 1.924 identical to the surface valence band maximum -0.38?", "refer_dataset": "table66", "column names": ["scf_vbm", "surf_vbm"], "condition_column": ["scf_vbm", "surf_vbm"], "answer_column": [], "condition": {"scf_vbm": "1.924", "surf_vbm": "-0.38"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the SCF valence band maximum {} identical to the surface valence band maximum {}?"} +{"question": "Is there a material with elements He (1 atoms), H (1 atoms), and an indirect bandgap below 2.6 eV?", "refer_dataset": "table22", "column names": ["B", "Bn", "C", "Cn", "Indirect_Band"], "condition_column": ["B", "Bn", "C", "Cn", "Indirect_Band"], "answer_column": [], "condition": {"B": "He", "Bn": "1", "C": "H", "Cn": "1", "Indirect_Band": "2.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with elements {} ({} atoms), {} ({} atoms), and an indirect bandgap below {} eV?"} +{"question": "Is a support identifier of 4 linked to ethylene selectivity above 5.52%?", "refer_dataset": "table17", "column names": ["Support_ID", "C2H4s"], "condition_column": ["Support_ID", "C2H4s"], "answer_column": [], "condition": {"Support_ID": "4", "C2H4s": "5.52"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a support identifier of {} linked to ethylene selectivity above {}%?"} +{"question": "Is there a compound where electron affinities (A) 14.0 kJ/mol and (B) 8.888 kJ/mol coexist with a Ra/Rb ratio of 2.014?", "refer_dataset": "table3", "column names": ["EAa", "EAb", "Ra/Rb"], "condition_column": ["EAa", "EAb", "Ra/Rb"], "answer_column": [], "condition": {"EAa": "14.0", "EAb": "8.888", "Ra/Rb": "2.014"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound where electron affinities (A) {} kJ/mol and (B) {} kJ/mol coexist with a Ra/Rb ratio of {}?"} +{"question": "Is the R(F²) factor 0.02326 listed under the space group number 203.0?", "refer_dataset": "table38", "column names": ["RFsqd", "sgNumber"], "condition_column": ["RFsqd", "sgNumber"], "answer_column": [], "condition": {"RFsqd": "0.02326", "sgNumber": "203.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the R(F²) factor {} listed under the space group number {}?"} +{"question": "Does M1 = Zn with support La2O3 under 10 mL/min total flow result in methane conversion exceeding 26.30891122%?", "refer_dataset": "table21", "column names": ["M1", "Support", "Total flow(mL/min)", "CH4 conversion (%)"], "condition_column": ["M1", "Support", "Total flow(mL/min)", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "Support": "La2O3", "Total flow(mL/min)": "10", "CH4 conversion (%)": "26.30891122"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M1 = {} with support {} under {} mL/min total flow result in methane conversion exceeding {}%?"} +{"question": "Is there a material with 3 host A-site atoms, Shannon radii of 1.61, and a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "3", "shannon_radii_host_Asite0": "1.61", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} host A-site atoms, Shannon radii of {}, and a B-site s-orbital unfilled range of {}?"} +{"question": "Is a degradation efficiency of 12.0% achieved after 0 minutes of illumination?", "refer_dataset": "table6", "column names": ["Degradation efficiency (%)", "Illumination time (min)"], "condition_column": ["Degradation efficiency (%)", "Illumination time (min)"], "answer_column": [], "condition": {"Degradation efficiency (%)": "12.0", "Illumination time (min)": "0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a degradation efficiency of {}% achieved after {} minutes of illumination?"} +{"question": "Is there a material with a HSE band gap of 2.390096 eV and GGA band gap of 0.84594 eV?", "refer_dataset": "table63", "column names": ["Band_gap_HSE", "Band_gap_GGA"], "condition_column": ["Band_gap_HSE", "Band_gap_GGA"], "answer_column": [], "condition": {"Band_gap_HSE": "2.390096", "Band_gap_GGA": "0.84594"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a HSE band gap of {} eV and GGA band gap of {} eV?"} +{"question": "Does any compound exhibit a band gap (gap pbe) exceeding 0.0064000000000001 eV combined with an energy above convex hull (e_hull) below 0.019272106249998 eV?", "refer_dataset": "table54", "column names": ["gap pbe", "e_hull"], "condition_column": ["gap pbe", "e_hull"], "answer_column": [], "condition": {"gap pbe": "0.0064000000000001", "e_hull": "0.019272106249998"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a band gap (gap pbe) exceeding {} eV combined with an energy above convex hull (e_hull) below {} eV?"} +{"question": "Does the material with the full formula Ti1Be1 have elastic properties of {'G_Reuss': 65.0, 'G_VRH': 75.0, 'G_Voigt': 84.0, 'G_Voigt_Reuss_Hill': 75.0, 'K_Reuss': 126.0, 'K_VRH': 126.0, 'K_Voigt': 126.0, 'K_Voigt_Reuss_Hill': 126.0, 'elastic_anisotropy': 1.4, 'elastic_tensor': [[179.0, 99.0, 99.0, 0.0, 0.0, 0.0], [99.0, 179.0, 99.0, 0.0, 0.0, 0.0], [99.0, 99.0, 179.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 113.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 113.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 113.0]], 'homogeneous_poisson': 0.25, 'poisson_ratio': 0.25, 'universal_anisotropy': 1.4, 'elastic_tensor_original': [[179.42002829998776, 99.12693275827519, 99.12693275827519, 0.0, 0.0, 0.0], [99.12798442507481, 179.42087973742417, 99.12798442507481, 0.0, 0.0, 0.0], [99.1305593743747, 99.1305593743747, 179.42431855821874, 0.0, 0.0, 0.0], [4.24200066552923e-05, 4.1563339854335295e-05, 0.00010256668275705892, 112.82949342721946, 0.0, 0.0], [-4.269667336259228e-05, -8.165001280892913e-05, -0.00010237001605986746, 0.0, 112.82937412386744, 0.0], [0.00010425334968986321, 9.156334769748059e-05, 0.0001533966907314664, 0.0, 0.0, 112.82957970389965]], 'compliance_tensor': [[9.2, -3.3, -3.3, 0.0, 0.0, -0.0], [-3.3, 9.2, -3.3, -0.0, -0.0, -0.0], [-3.3, -3.3, 9.2, -0.0, 0.0, 0.0], [0.0, -0.0, -0.0, 8.9, 0.0, 0.0], [0.0, -0.0, 0.0, 0.0, 8.9, 0.0], [-0.0, -0.0, 0.0, 0.0, 0.0, 8.9]], 'warnings': [], 'nsites': 2}, density of 3.752193567343008, and energy per atom of -5.957301385?", "refer_dataset": "table55", "column names": ["full_formula", "elasticity", "density", "energy_per_atom"], "condition_column": ["full_formula", "elasticity", "density", "energy_per_atom"], "answer_column": [], "condition": {"full_formula": "Ti1Be1", "elasticity": "{'G_Reuss': 65.0, 'G_VRH': 75.0, 'G_Voigt': 84.0, 'G_Voigt_Reuss_Hill': 75.0, 'K_Reuss': 126.0, 'K_VRH': 126.0, 'K_Voigt': 126.0, 'K_Voigt_Reuss_Hill': 126.0, 'elastic_anisotropy': 1.4, 'elastic_tensor': [[179.0, 99.0, 99.0, 0.0, 0.0, 0.0], [99.0, 179.0, 99.0, 0.0, 0.0, 0.0], [99.0, 99.0, 179.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 113.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 113.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 113.0]], 'homogeneous_poisson': 0.25, 'poisson_ratio': 0.25, 'universal_anisotropy': 1.4, 'elastic_tensor_original': [[179.42002829998776, 99.12693275827519, 99.12693275827519, 0.0, 0.0, 0.0], [99.12798442507481, 179.42087973742417, 99.12798442507481, 0.0, 0.0, 0.0], [99.1305593743747, 99.1305593743747, 179.42431855821874, 0.0, 0.0, 0.0], [4.24200066552923e-05, 4.1563339854335295e-05, 0.00010256668275705892, 112.82949342721946, 0.0, 0.0], [-4.269667336259228e-05, -8.165001280892913e-05, -0.00010237001605986746, 0.0, 112.82937412386744, 0.0], [0.00010425334968986321, 9.156334769748059e-05, 0.0001533966907314664, 0.0, 0.0, 112.82957970389965]], 'compliance_tensor': [[9.2, -3.3, -3.3, 0.0, 0.0, -0.0], [-3.3, 9.2, -3.3, -0.0, -0.0, -0.0], [-3.3, -3.3, 9.2, -0.0, 0.0, 0.0], [0.0, -0.0, -0.0, 8.9, 0.0, 0.0], [0.0, -0.0, 0.0, 0.0, 8.9, 0.0], [-0.0, -0.0, 0.0, 0.0, 0.0, 8.9]], 'warnings': [], 'nsites': 2}", "density": "3.752193567343008", "energy_per_atom": "-5.957301385"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with the full formula {} have elastic properties of {}, density of {}, and energy per atom of {}?"} +{"question": "Is the report number HIP-2007-15/TH linked to the category \"hep-th astro-ph gr-qc\"?", "refer_dataset": "table45", "column names": ["report-no", "categories"], "condition_column": ["report-no", "categories"], "answer_column": [], "condition": {"report-no": "HIP-2007-15/TH", "categories": "hep-th astro-ph gr-qc"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the report number {} linked to the category \"{}\"?"} +{"question": "Does the DOI 10.1109/TIT.2008.2011437 correspond to a paper in journal IEEE Trans. Inf. Theory, vol. 55, no. 3, pp. 1218--1234, March\n 2009 with license http://arxiv.org/licenses/nonexclusive-distrib/1.0/?", "refer_dataset": "table45", "column names": ["doi", "journal-ref", "license"], "condition_column": ["doi", "journal-ref", "license"], "answer_column": [], "condition": {"doi": "10.1109/TIT.2008.2011437", "journal-ref": "IEEE Trans. Inf. Theory, vol. 55, no. 3, pp. 1218--1234, March\n 2009", "license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the DOI {} correspond to a paper in journal {} with license {}?"} +{"question": "Does any catalyst with M2=Na, M3_mol=0.185, and support ID 4 achieve C2H4s >14.28% while COy <30.82%?", "refer_dataset": "table17", "column names": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "condition_column": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "answer_column": [], "condition": {"M2": "Na", "M3_mol": "0.185", "Support_ID": "4", "C2H4s": "14.28", "COy": "30.82"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any catalyst with M2={}, M3_mol={}, and support ID {} achieve C2H4s >{}% while COy <{}%?"} +{"question": "Is there a material from the CSD database with a pore limiting diameter (PLD) exceeding 0.68822 Å?", "refer_dataset": "table62", "column names": ["source", "pld"], "condition_column": ["source", "pld"], "answer_column": [], "condition": {"source": "CSD", "pld": "0.68822"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material from the {} database with a pore limiting diameter (PLD) exceeding {} Å?"} +{"question": "Is the CO₂ absolute adsorption amount of [0.00047801100000000003, 0.00274857, 0.0083652, 0.0297562, 0.156071] at [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure associated with a pore limiting diameter of 2.25 Å?", "refer_dataset": "table50", "column names": ["co2_absp", "co2_pressures", "pld"], "condition_column": ["co2_absp", "co2_pressures", "pld"], "answer_column": [], "condition": {"co2_absp": "[0.00047801100000000003, 0.00274857, 0.0083652, 0.0297562, 0.156071]", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "pld": "2.25"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO₂ absolute adsorption amount of {} at {} bar pressure associated with a pore limiting diameter of {} Å?"} +{"question": "Does the entry with R-factor 0.0385 and weighted R 0.0983 have a space group number 19.0?", "refer_dataset": "table38", "column names": ["Rall", "wRall", "sgNumber"], "condition_column": ["Rall", "wRall", "sgNumber"], "answer_column": [], "condition": {"Rall": "0.0385", "wRall": "0.0983", "sgNumber": "19.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry with R-factor {} and weighted R {} have a space group number {}?"} +{"question": "Is there a composition with Base Rh and CH4Ead of 2.544544062?", "refer_dataset": "table24", "column names": ["Base", "CH4Ead"], "condition_column": ["Base", "CH4Ead"], "answer_column": [], "condition": {"Base": "Rh", "CH4Ead": "2.544544062"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a composition with Base {} and CH4Ead of {}?"} +{"question": "Is the primary B site cation Ti present in any material with a cycle5 value of 48.7?", "refer_dataset": "table5", "column names": ["B site", "cycle5"], "condition_column": ["B site", "cycle5"], "answer_column": [], "condition": {"B site": "Ti", "cycle5": "48.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the primary B site cation {} present in any material with a cycle5 value of {}?"} +{"question": "Was the OptB88vdW DFT functional used to calculate a total energy of -4.76022 eV for SrFeO3?", "refer_dataset": "table47", "column names": ["func", "optb88vdw_total_energy", "formula"], "condition_column": ["func", "optb88vdw_total_energy", "formula"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-4.76022", "formula": "SrFeO3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the {} DFT functional used to calculate a total energy of {} eV for {}?"} +{"question": "Does M2 Y with a nitrogen flow rate of 3.0 mL/min yield a CO percentage of 22.8%?", "refer_dataset": "table25", "column names": ["M2", "N2 (mL/min)", "CO yield (%)"], "condition_column": ["M2", "N2 (mL/min)", "CO yield (%)"], "answer_column": [], "condition": {"M2": "Y", "N2 (mL/min)": "3.0", "CO yield (%)": "22.8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M2 {} with a nitrogen flow rate of {} mL/min yield a CO percentage of {}%?"} +{"question": "Is there a composition with 0.0% Re aged at 600.0°C for 1.0 hours?", "refer_dataset": "table39", "column names": ["Re", "时效温度T (℃)", "时效时间t (h)"], "condition_column": ["Re", "时效温度T (℃)", "时效时间t (h)"], "answer_column": [], "condition": {"Re": "0.0", "时效温度T (℃)": "600.0", "时效时间t (h)": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a composition with {}% Re aged at {}°C for {} hours?"} +{"question": "Are there instances where the first ionization energy (A) is 5.586 kJ/mol and the atomic radius (A) is 104.31 Å?", "refer_dataset": "table3", "column names": ["I1a", "Ra"], "condition_column": ["I1a", "Ra"], "answer_column": [], "condition": {"I1a": "5.586", "Ra": "104.31"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the first ionization energy (A) is {} kJ/mol and the atomic radius (A) is {} Å?"} +{"question": "Is there a perovskite with a cycle duration of 12.0 hours and reference code [A82]?", "refer_dataset": "table5", "column names": ["Duration of cycles (h)", "Ref"], "condition_column": ["Duration of cycles (h)", "Ref"], "answer_column": [], "condition": {"Duration of cycles (h)": "12.0", "Ref": "[A82]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite with a cycle duration of {} hours and reference code {}?"} +{"question": "Is there a sample with a normalized Mn composition of 0.4 and Ni composition of 0.3?", "refer_dataset": "table16", "column names": ["Mn", "Ni"], "condition_column": ["Mn", "Ni"], "answer_column": [], "condition": {"Mn": "0.4", "Ni": "0.3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample with a normalized Mn composition of {} and Ni composition of {}?"} +{"question": "Are there any stable materials (stability > 0.226107440851378) with a band gap below 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.226107440851378", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any stable materials (stability > {}) with a band gap below {} eV?"} +{"question": "Source mp-554340 includes material ID 2dm-4, which has a bandgap of 0.0 and stability energy per atom of -5.294281023333333.", "refer_dataset": "table67", "column names": ["source_id", "material_id", "bandgap", "energy_per_atom"], "condition_column": ["source_id", "material_id", "bandgap", "energy_per_atom"], "answer_column": [], "condition": {"source_id": "mp-554340", "material_id": "2dm-4", "bandgap": "0.0", "energy_per_atom": "-5.294281023333333"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Source {} includes material ID {}, which has a bandgap of {} and stability energy per atom of {}."} +{"question": "Is there any material with a band gap (gap pbe) of 0.0 eV and a magnetic moment (mu_b) of -0.0002328?", "refer_dataset": "table54", "column names": ["gap pbe", "mu_b"], "condition_column": ["gap pbe", "mu_b"], "answer_column": [], "condition": {"gap pbe": "0.0", "mu_b": "-0.0002328"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there any material with a band gap (gap pbe) of {} eV and a magnetic moment (mu_b) of {}?"} +{"question": "Does the database include entries where ID = 327184.0, delta e = 0.346445287061782 eV, and band gap = 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_delta_e", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "327184.0", "_oqmd_delta_e": "0.346445287061782", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the database include entries where ID = {}, delta e = {} eV, and band gap = {} eV?"} +{"question": "Does the material with density of states 5.8833394 at Fermi level, space group 115, and ID agm003188153 exist?", "refer_dataset": "table44", "column names": ["dos_ef", "spg", "id"], "condition_column": ["dos_ef", "spg", "id"], "answer_column": [], "condition": {"dos_ef": "5.8833394", "spg": "115", "id": "agm003188153"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with density of states {} at Fermi level, space group {}, and ID {} exist?"} +{"question": "Does the entry with Z' = 2.5 belong to space group symbol P b a 2?", "refer_dataset": "table38", "column names": ["Zprime", "sg"], "condition_column": ["Zprime", "sg"], "answer_column": [], "condition": {"Zprime": "2.5", "sg": "P b a 2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry with Z' = {} belong to space group symbol {}?"} +{"question": "Do all 0.185 molar ratios of M2 correlate with C2 yields below 2.67%?", "refer_dataset": "table17", "column names": ["M2_mol", "C2y"], "condition_column": ["M2_mol", "C2y"], "answer_column": [], "condition": {"M2_mol": "0.185", "C2y": "2.67"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do all {} molar ratios of M2 correlate with C2 yields below {}%?"} +{"question": "Is there a material with Ba in A site #1, Fe in B site #2, and an energy above hull exceeding 86.699751058 meV/atom?", "refer_dataset": "table35", "column names": ["A site #1", "B site #2", "energy_above_hull (meV/atom)"], "condition_column": ["A site #1", "B site #2", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"A site #1": "Ba", "B site #2": "Fe", "energy_above_hull (meV/atom)": "86.699751058"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} in A site #1, {} in B site #2, and an energy above hull exceeding {} meV/atom?"} +{"question": "Does methane partial pressure of 0.4 correlate with C2 selectivity of 1.3?", "refer_dataset": "table20", "column names": ["CH4-pressure", "C2-selectivity"], "condition_column": ["CH4-pressure", "C2-selectivity"], "answer_column": [], "condition": {"CH4-pressure": "0.4", "C2-selectivity": "1.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does methane partial pressure of {} correlate with C2 selectivity of {}?"} +{"question": "Is the combination of NPR1 standard deviation 0.006862288, PMI3 mean 9892.887340096191, and inertial shape factor mean 0.001847748 present?", "refer_dataset": "table41", "column names": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "condition_column": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "answer_column": [], "condition": {"npr1_std_0": "0.006862288", "pmi3_mean_0": "9892.887340096191", "inertial_shape_factor_mean_0": "0.001847748"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of NPR1 standard deviation {}, PMI3 mean {}, and inertial shape factor mean {} present?"} +{"question": "For surface key 5, does the -211 surface with element Pt exhibit activation energy 0.523 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "AA", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "AA", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "5", "surfaces": "-211", "AA": "Pt", "activation_energy": "0.523"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For surface key {}, does the {} surface with element {} exhibit activation energy {} eV?"} +{"question": "Does a methane pressure of 0.84 atm correlate with an argon pressure of 0.0 atm?", "refer_dataset": "table28", "column names": ["Pch4", "Par"], "condition_column": ["Pch4", "Par"], "answer_column": [], "condition": {"Pch4": "0.84", "Par": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane pressure of {} atm correlate with an argon pressure of {} atm?"} +{"question": "Is the pore limiting diameter of 8.25 Å linked to a minimum CO₂ adsorption capacity of 0.0496126?", "refer_dataset": "table50", "column names": ["pld", "min_co2_adsp"], "condition_column": ["pld", "min_co2_adsp"], "answer_column": [], "condition": {"pld": "8.25", "min_co2_adsp": "0.0496126"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the pore limiting diameter of {} Å linked to a minimum CO₂ adsorption capacity of {}?"} +{"question": "Does job ID cc-0 (InChI InChI=1S/H6N2/c1-3-2/h1H2,2H3) have a formation enthalpy of 28.1 kJ/mol at 298K?", "refer_dataset": "table46", "column names": ["jid", "inchi", "enthalpy_formation_298K"], "condition_column": ["jid", "inchi", "enthalpy_formation_298K"], "answer_column": [], "condition": {"jid": "cc-0", "inchi": "InChI=1S/H6N2/c1-3-2/h1H2,2H3", "enthalpy_formation_298K": "28.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} (InChI {}) have a formation enthalpy of {} kJ/mol at 298K?"} +{"question": "Was the report number IMS-AOS-AOS646 under license http://arxiv.org/licenses/nonexclusive-distrib/1.0/ submitted by Larry Wasserman?", "refer_dataset": "table45", "column names": ["report-no", "license", "submitter"], "condition_column": ["report-no", "license", "submitter"], "answer_column": [], "condition": {"report-no": "IMS-AOS-AOS646", "license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "submitter": "Larry Wasserman"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the report number {} under license {} submitted by {}?"} +{"question": "Do molar ratios A:0.468 and A1:0.015 in O material yield a catalyst weight of 0.5 g/L?", "refer_dataset": "table4", "column names": ["A mole", "A1 mole", "X", "CatW(g/L)"], "condition_column": ["A mole", "A1 mole", "X", "CatW(g/L)"], "answer_column": [], "condition": {"A mole": "0.468", "A1 mole": "0.015", "X": "O", "CatW(g/L)": "0.5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molar ratios A:{} and A1:{} in {} material yield a catalyst weight of {} g/L?"} +{"question": "At pH 4.1 and antibiotic dosage 50 mg/L, does a surface area of 180.41 m²/g result in 28.0% degradation?", "refer_dataset": "table6", "column names": ["pH", "Antibiotic dosage (mg/L)", "Surface area (m2/g)", "Degradation efficiency (%)"], "condition_column": ["pH", "Antibiotic dosage (mg/L)", "Surface area (m2/g)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"pH": "4.1", "Antibiotic dosage (mg/L)": "50", "Surface area (m2/g)": "180.41", "Degradation efficiency (%)": "28.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At pH {} and antibiotic dosage {} mg/L, does a surface area of {} m²/g result in {}% degradation?"} +{"question": "Are materials with 7 sites in the unit cell characterized by a dielectric constant of {'e_electronic': [[4.465395999999999, -1.6136055681994007e-33, 4.768939944568977e-17], [-1.6136055681994007e-33, 4.465395999999999, -4.9599366419821795e-17], [4.768939944568977e-17, -4.9599366419821795e-17, 4.547199999999999]], 'e_total': [[6.654893999999999, -2.562613730421952e-33, 7.57369162722173e-17], [-2.562613730421952e-33, 6.654893999999999, -8.896701682994075e-17], [7.57369162722173e-17, -8.896701682994075e-17, 7.221539999999999]], 'n': 2.1195905264932655, 'poly_electronic': 4.492663999999999, 'poly_total': 6.843775999999998}?", "refer_dataset": "table55", "column names": ["nsites", "diel"], "condition_column": ["nsites", "diel"], "answer_column": [], "condition": {"nsites": "7", "diel": "{'e_electronic': [[4.465395999999999, -1.6136055681994007e-33, 4.768939944568977e-17], [-1.6136055681994007e-33, 4.465395999999999, -4.9599366419821795e-17], [4.768939944568977e-17, -4.9599366419821795e-17, 4.547199999999999]], 'e_total': [[6.654893999999999, -2.562613730421952e-33, 7.57369162722173e-17], [-2.562613730421952e-33, 6.654893999999999, -8.896701682994075e-17], [7.57369162722173e-17, -8.896701682994075e-17, 7.221539999999999]], 'n': 2.1195905264932655, 'poly_electronic': 4.492663999999999, 'poly_total': 6.843775999999998}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials with {} sites in the unit cell characterized by a dielectric constant of {}?"} +{"question": "Does a preparation combining cations 22.0, 0.0, and 0.0 have C2 selectivity abbreviation 44.1?", "refer_dataset": "table20", "column names": ["Cation1", "Cation2", "Cation3", "C2selec"], "condition_column": ["Cation1", "Cation2", "Cation3", "C2selec"], "answer_column": [], "condition": {"Cation1": "22.0", "Cation2": "0.0", "Cation3": "0.0", "C2selec": "44.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a preparation combining cations {}, {}, and {} have C2 selectivity abbreviation {}?"} +{"question": "Does the material with ID ABAZAF_FSR possess a bandgap of 1.810322 eV and a magnetic moment of 0.0 μB?", "refer_dataset": "table62", "column names": ["id", "bandgap", "net_magmom"], "condition_column": ["id", "bandgap", "net_magmom"], "answer_column": [], "condition": {"id": "ABAZAF_FSR", "bandgap": "1.810322", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} possess a bandgap of {} eV and a magnetic moment of {} μB?"} +{"question": "Does a calcination temperature of 600°C result in a degradation rate above 73.0%?", "refer_dataset": "table8", "column names": ["Calcination temperature(°C)", "Degradation rate(%)"], "condition_column": ["Calcination temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Calcination temperature(°C)": "600", "Degradation rate(%)": "73.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a calcination temperature of {}°C result in a degradation rate above {}%?"} +{"question": "Does the material with ID 6.0 show an energy gap of 12.0437593460083, r² of 109.50309753417967, and zero-point vibrational energy of 1.97916579246521?", "refer_dataset": "table60", "column names": ["id", "gap", "r2", "zpve"], "condition_column": ["id", "gap", "r2", "zpve"], "answer_column": [], "condition": {"id": "6.0", "gap": "12.0437593460083", "r2": "109.50309753417967", "zpve": "1.97916579246521"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} show an energy gap of {}, r² of {}, and zero-point vibrational energy of {}?"} +{"question": "There exists an entry where BP86 method predicts LUMO of -0.132, M06 calculates HOMO of -0.247, with PBE0 Scharber current density of 18.951200208.", "refer_dataset": "table51", "column names": ["bp86_lumo", "m06_homo", "pbe0_scharber_jsc"], "condition_column": ["bp86_lumo", "m06_homo", "pbe0_scharber_jsc"], "answer_column": [], "condition": {"bp86_lumo": "-0.132", "m06_homo": "-0.247", "pbe0_scharber_jsc": "18.951200208"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "There exists an entry where BP86 method predicts LUMO of {}, M06 calculates HOMO of {}, with PBE0 Scharber current density of {}."} +{"question": "Does a material with an A-site to B-site property ratio of 1.8885 have a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["A_B", "Bsite_NsUnfilled_range"], "condition_column": ["A_B", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"A_B": "1.8885", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with an A-site to B-site property ratio of {} have a B-site s-orbital unfilled range of {}?"} +{"question": "Is there a material with space group number 22 and symbol F222?", "refer_dataset": "table47", "column names": ["spg_number", "spg_symbol"], "condition_column": ["spg_number", "spg_symbol"], "answer_column": [], "condition": {"spg_number": "22", "spg_symbol": "F222"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group number {} and symbol {}?"} +{"question": "Does experiment 1 have a reaction temperature of 25.0°C?", "refer_dataset": "table7", "column names": ["Exp", "Rxn_Temp"], "condition_column": ["Exp", "Rxn_Temp"], "answer_column": [], "condition": {"Exp": "1", "Rxn_Temp": "25.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does experiment {} have a reaction temperature of {}°C?"} +{"question": "Is the pore limiting diameter of 4.25 Å linked to a minimum CO₂ adsorption capacity of 0.0200806?", "refer_dataset": "table50", "column names": ["pld", "min_co2_adsp"], "condition_column": ["pld", "min_co2_adsp"], "answer_column": [], "condition": {"pld": "4.25", "min_co2_adsp": "0.0200806"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the pore limiting diameter of {} Å linked to a minimum CO₂ adsorption capacity of {}?"} +{"question": "Is there a catalyst with M1=none, M2=Na, and none support achieving H₂ yield 0,9%?", "refer_dataset": "table27", "column names": ["M1", "M2", "Support", "H2 yield(%)"], "condition_column": ["M1", "M2", "Support", "H2 yield(%)"], "answer_column": [], "condition": {"M1": "none", "M2": "Na", "Support": "none", "H2 yield(%)": "0,9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M1={}, M2={}, and {} support achieving H₂ yield {}%?"} +{"question": "Does the element Pd show a reaction energy of -0.447 eV?", "refer_dataset": "table18", "column names": ["AA", "reaction_energy"], "condition_column": ["AA", "reaction_energy"], "answer_column": [], "condition": {"AA": "Pd", "reaction_energy": "-0.447"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the element {} show a reaction energy of {} eV?"} +{"question": "Does the material named Surface-JVASP-66053_miller_1_1_0_thickness_16_VASP_PBE_noDP with formula BaGaSb have a final energy of -58.79650151 and Fermi energy level at 0.5073935?", "refer_dataset": "table66", "column names": ["name", "formula", "final_energy", "efermi"], "condition_column": ["name", "formula", "final_energy", "efermi"], "answer_column": [], "condition": {"name": "Surface-JVASP-66053_miller_1_1_0_thickness_16_VASP_PBE_noDP", "formula": "BaGaSb", "final_energy": "-58.79650151", "efermi": "0.5073935"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material named {} with formula {} have a final energy of {} and Fermi energy level at {}?"} +{"question": "Is there a material with 0 atoms of element D and a direct bandgap above 4.0 eV?", "refer_dataset": "table22", "column names": ["Dn", "Direct_Band"], "condition_column": ["Dn", "Direct_Band"], "answer_column": [], "condition": {"Dn": "0", "Direct_Band": "4.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} atoms of element D and a direct bandgap above {} eV?"} +{"question": "Is the energy threshold of -2.84179646508 valid for the chemical formula Cr2FeO4?", "refer_dataset": "table64", "column names": ["formula_energy", "formula"], "condition_column": ["formula_energy", "formula"], "answer_column": [], "condition": {"formula_energy": "-2.84179646508", "formula": "Cr2FeO4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy threshold of {} valid for the chemical formula {}?"} +{"question": "Can a material be stable (stability = 0.111674185) if its band gap is 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.111674185", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material be stable (stability = {}) if its band gap is {} eV?"} +{"question": "At 825℃, does the carbon monoxide yield reach 8,5%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "825", "CO yield(%)": "8,5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, does the carbon monoxide yield reach {}%?"} +{"question": "Does the material with the full formula Cu2Sn1Te3 have elastic properties of {'G_Reuss': 19.0, 'G_VRH': 20.0, 'G_Voigt': 21.0, 'G_Voigt_Reuss_Hill': 20.0, 'K_Reuss': 46.0, 'K_VRH': 46.0, 'K_Voigt': 46.0, 'K_Voigt_Reuss_Hill': 46.0, 'elastic_anisotropy': 0.75, 'elastic_tensor': [[61.0, 36.0, 39.0, 0.0, 0.0, 0.0], [36.0, 80.0, 23.0, 0.0, 0.0, 0.0], [39.0, 23.0, 75.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 13.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 26.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 27.0]], 'homogeneous_poisson': 0.31, 'poisson_ratio': 0.31, 'universal_anisotropy': 0.75, 'elastic_tensor_original': [[75.08457779040437, 39.107007871135664, 22.940452972729126, 0.0, 0.0, 0.0], [38.564077938182095, 61.046700928472596, 35.827988591769724, 0.0, 0.0, 0.0], [23.075333165539902, 35.96459635120934, 80.11833248222432, 0.0, 0.0, 0.0], [-0.00028788332169176, -0.00025027332321255494, -0.0002261533241882336, 27.425310310968364, 0.0, 0.0], [-0.004130168828089923, -0.0007649269511933204, -0.005776219832677199, 0.0, 13.157336928841998, 0.0], [3.257660550374916e-05, 6.180664527080423e-05, 7.995003040966953e-05, 0.0, 0.0, 26.43456804197434]], 'compliance_tensor': [[30.2, -9.9, -12.6, 0.0, 0.0, 0.0], [-9.9, 16.9, -0.1, 0.0, 0.0, 0.0], [-12.6, -0.1, 19.8, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 76.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 37.8, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 36.5]], 'warnings': [], 'nsites': 6}, density of 5.913791329386556, and energy per atom of -3.743819186666667?", "refer_dataset": "table55", "column names": ["full_formula", "elasticity", "density", "energy_per_atom"], "condition_column": ["full_formula", "elasticity", "density", "energy_per_atom"], "answer_column": [], "condition": {"full_formula": "Cu2Sn1Te3", "elasticity": "{'G_Reuss': 19.0, 'G_VRH': 20.0, 'G_Voigt': 21.0, 'G_Voigt_Reuss_Hill': 20.0, 'K_Reuss': 46.0, 'K_VRH': 46.0, 'K_Voigt': 46.0, 'K_Voigt_Reuss_Hill': 46.0, 'elastic_anisotropy': 0.75, 'elastic_tensor': [[61.0, 36.0, 39.0, 0.0, 0.0, 0.0], [36.0, 80.0, 23.0, 0.0, 0.0, 0.0], [39.0, 23.0, 75.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 13.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 26.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 27.0]], 'homogeneous_poisson': 0.31, 'poisson_ratio': 0.31, 'universal_anisotropy': 0.75, 'elastic_tensor_original': [[75.08457779040437, 39.107007871135664, 22.940452972729126, 0.0, 0.0, 0.0], [38.564077938182095, 61.046700928472596, 35.827988591769724, 0.0, 0.0, 0.0], [23.075333165539902, 35.96459635120934, 80.11833248222432, 0.0, 0.0, 0.0], [-0.00028788332169176, -0.00025027332321255494, -0.0002261533241882336, 27.425310310968364, 0.0, 0.0], [-0.004130168828089923, -0.0007649269511933204, -0.005776219832677199, 0.0, 13.157336928841998, 0.0], [3.257660550374916e-05, 6.180664527080423e-05, 7.995003040966953e-05, 0.0, 0.0, 26.43456804197434]], 'compliance_tensor': [[30.2, -9.9, -12.6, 0.0, 0.0, 0.0], [-9.9, 16.9, -0.1, 0.0, 0.0, 0.0], [-12.6, -0.1, 19.8, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 76.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 37.8, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 36.5]], 'warnings': [], 'nsites': 6}", "density": "5.913791329386556", "energy_per_atom": "-3.743819186666667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with the full formula {} have elastic properties of {}, density of {}, and energy per atom of {}?"} +{"question": "Is the CO₂ absolute adsorption amount of [0.012105, 0.0494431, 0.206808, 0.8691749999999999, 2.87034] measured at [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure?", "refer_dataset": "table50", "column names": ["co2_absp", "co2_pressures"], "condition_column": ["co2_absp", "co2_pressures"], "answer_column": [], "condition": {"co2_absp": "[0.012105, 0.0494431, 0.206808, 0.8691749999999999, 2.87034]", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO₂ absolute adsorption amount of {} measured at {} bar pressure?"} +{"question": "Is there a material in space group 129 with the formula Ba4VSe?", "refer_dataset": "table47", "column names": ["spg_number", "formula"], "condition_column": ["spg_number", "formula"], "answer_column": [], "condition": {"spg_number": "129", "formula": "Ba4VSe"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material in space group {} with the formula {}?"} +{"question": "Does material ID 1305 exhibit a formula energy greater than -2.66534476833?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "1305", "formula_energy": "-2.66534476833"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material ID {} exhibit a formula energy greater than {}?"} +{"question": "Does a material with a final energy of -94.22629209 have an OptB88-vdW bandgap of -0.3521999999999998?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap"], "condition_column": ["final_energy", "optb88vdw_bandgap"], "answer_column": [], "condition": {"final_energy": "-94.22629209", "optb88vdw_bandgap": "-0.3521999999999998"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a final energy of {} have an OptB88-vdW bandgap of {}?"} +{"question": "Is there a material where the enthalpy per atom is -2.58962 and the energy cutoff is [980]?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "energy_cutoff"], "condition_column": ["enthalpy_atom", "energy_cutoff"], "answer_column": [], "condition": {"enthalpy_atom": "-2.58962", "energy_cutoff": "[980]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the enthalpy per atom is {} and the energy cutoff is {}?"} +{"question": "Is the lanthanide ion Dy3+ (concentration: 100.0) published in 2003 with the reference Ishikawa, N., Sugita, M., Ishikawa, T., Koshihara, S. & Kaizu, Y. 2003 Lanthanide Double-Decker Complexes Functioning as Magnets at the Single-Molecular Level. Journal of the American Chemical Society 125, 8694–8695. (doi:10.1021/ja029629n)?", "refer_dataset": "table34", "column names": ["Ln_ion", "concentration", "pub_year", "reference"], "condition_column": ["Ln_ion", "concentration", "pub_year", "reference"], "answer_column": [], "condition": {"Ln_ion": "Dy3+", "concentration": "100.0", "pub_year": "2003", "reference": "Ishikawa, N., Sugita, M., Ishikawa, T., Koshihara, S. & Kaizu, Y. 2003 Lanthanide Double-Decker Complexes Functioning as Magnets at the Single-Molecular Level. Journal of the American Chemical Society 125, 8694–8695. (doi:10.1021/ja029629n)"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the lanthanide ion {} (concentration: {}) published in {} with the reference {}?"} +{"question": "Are the authors Domenges, B; Abbattista, F; Michel, C; Vallino, M; Barbey, L; Nguyen, N; Raveau, B, title Crystal structure of magnesium heptaboride Mg2B14, and DOI 10.1016/0022-5088(81)90235-6 all associated with the same entry?", "refer_dataset": "table38", "column names": ["authors", "title", "doi"], "condition_column": ["authors", "title", "doi"], "answer_column": [], "condition": {"authors": "Domenges, B; Abbattista, F; Michel, C; Vallino, M; Barbey, L; Nguyen, N; Raveau, B", "title": "Crystal structure of magnesium heptaboride Mg2B14", "doi": "10.1016/0022-5088(81)90235-6"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the authors {}, title {}, and DOI {} all associated with the same entry?"} +{"question": "Can a compound with 6 atoms at the A-site, ionic radii of 1.24, and B-site p-orbital range 0 be synthesized?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NpUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NpUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "6", "shannon_radii_host_Asite0": "1.24", "Bsite_NpUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a compound with {} atoms at the A-site, ionic radii of {}, and B-site p-orbital range {} be synthesized?"} +{"question": "Is there a material with bandgap 0.0 and stability energy per atom higher than -5.294281023333333?", "refer_dataset": "table67", "column names": ["bandgap", "energy_per_atom"], "condition_column": ["bandgap", "energy_per_atom"], "answer_column": [], "condition": {"bandgap": "0.0", "energy_per_atom": "-5.294281023333333"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with bandgap {} and stability energy per atom higher than {}?"} +{"question": "Does the HEA with 24.1% Pt, 44.1% Ru, and 15.8% Pd have an Onset potential of 0.470744 V?", "refer_dataset": "table15", "column names": ["Pt", "Ru", "Pd", "Onset"], "condition_column": ["Pt", "Ru", "Pd", "Onset"], "answer_column": [], "condition": {"Pt": "24.1", "Ru": "44.1", "Pd": "15.8", "Onset": "0.470744"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the HEA with {}% Pt, {}% Ru, and {}% Pd have an Onset potential of {} V?"} +{"question": "Does any HEA with 22.3% Pd have 18.6% Pt and an Onset potential of 0.508686 V?", "refer_dataset": "table15", "column names": ["Pd", "Pt", "Onset"], "condition_column": ["Pd", "Pt", "Onset"], "answer_column": [], "condition": {"Pd": "22.3", "Pt": "18.6", "Onset": "0.508686"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any HEA with {}% Pd have {}% Pt and an Onset potential of {} V?"} +{"question": "Is job ID JVASP-10 linked to the chemical formula VSe2?", "refer_dataset": "table47", "column names": ["jid", "formula"], "condition_column": ["jid", "formula"], "answer_column": [], "condition": {"jid": "JVASP-10", "formula": "VSe2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} linked to the chemical formula {}?"} +{"question": "Is there a material with a bandgap of 0.8628000000000002 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "0.8628000000000002"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Are there materials where Composition BeO achieves ReactionE -0.1679881735?", "refer_dataset": "table24", "column names": ["Composition", "ReactionE"], "condition_column": ["Composition", "ReactionE"], "answer_column": [], "condition": {"Composition": "BeO", "ReactionE": "-0.1679881735"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where Composition {} achieves ReactionE {}?"} +{"question": "Does material TiO2 modeled via potential ffield.TiON.comb3 have a bulk modulus of 126.06733333333332?", "refer_dataset": "table53", "column names": ["formula", "func", "kv"], "condition_column": ["formula", "func", "kv"], "answer_column": [], "condition": {"formula": "TiO2", "func": "ffield.TiON.comb3", "kv": "126.06733333333332"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} modeled via potential {} have a bulk modulus of {}?"} +{"question": "Is material composition BaCeO3 linked to element A’s ionization energy (I1a) 5.212 eV, element B’s ionization energy (I1b) 6.836 eV, and bandgap (Eg) 2.6 eV?", "refer_dataset": "table2", "column names": ["Materials", "I1a", "I1b", "Eg(eV)"], "condition_column": ["Materials", "I1a", "I1b", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "BaCeO3", "I1a": "5.212", "I1b": "6.836", "Eg(eV)": "2.6"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material composition {} linked to element A’s ionization energy (I1a) {} eV, element B’s ionization energy (I1b) {} eV, and bandgap (Eg) {} eV?"} +{"question": "Is there a metalloid with a thermal conductivity of 0 W/m·K, density of 200 g/cm³, and a first ionization potential of 5.32 V?", "refer_dataset": "table36", "column names": ["IsMetalloid", "thermal conductivity", "Density", "First Ionization Potential (V)"], "condition_column": ["IsMetalloid", "thermal conductivity", "Density"], "answer_column": ["First Ionization Potential (V)"], "condition": {"IsMetalloid": "0", "thermal conductivity": "200", "Density": "5.32"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metalloid with a thermal conductivity of {} W/m·K, density of {} g/cm³, and a first ionization potential of {} V?"} +{"question": "Can a normalized Ca composition of 0.5 be found with both In 0.0 and J.uAcm2_0.63_secondCA 3787.81?", "refer_dataset": "table16", "column names": ["Ca", "In", "J.uAcm2_0.63_secondCA"], "condition_column": ["Ca", "In", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Ca": "0.5", "In": "0.0", "J.uAcm2_0.63_secondCA": "3787.81"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a normalized Ca composition of {} be found with both In {} and J.uAcm2_0.63_secondCA {}?"} +{"question": "Is there a catalyst with support material SiO2 having a C₂ selectivity of 28.3%?", "refer_dataset": "table23", "column names": ["Support", "C2 selectivity (%)"], "condition_column": ["Support", "C2 selectivity (%)"], "answer_column": [], "condition": {"Support": "SiO2", "C2 selectivity (%)": "28.3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with support material {} having a C₂ selectivity of {}%?"} +{"question": "Is there a material from the CSD database with a pore limiting diameter (PLD) exceeding 0.51483 Å?", "refer_dataset": "table62", "column names": ["source", "pld"], "condition_column": ["source", "pld"], "answer_column": [], "condition": {"source": "CSD", "pld": "0.51483"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material from the {} database with a pore limiting diameter (PLD) exceeding {} Å?"} +{"question": "Does a material have both an enthalpy per atom of -2.7182 and a corrected band gap (egap_fit) of 0.0?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "egap_fit"], "condition_column": ["enthalpy_atom", "egap_fit"], "answer_column": [], "condition": {"enthalpy_atom": "-2.7182", "egap_fit": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material have both an enthalpy per atom of {} and a corrected band gap (egap_fit) of {}?"} +{"question": "Is there a material where the electronic permittivity is 4.73 and the refractive index is 2.32?", "refer_dataset": "table49", "column names": ["Eps_elec", "Ref_ind"], "condition_column": ["Eps_elec", "Ref_ind"], "answer_column": [], "condition": {"Eps_elec": "4.73", "Ref_ind": "2.32"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the electronic permittivity is {} and the refractive index is {}?"} +{"question": "Does a catalyst containing M1=Li, undergoing 700.0℃, yield C2 hydrocarbons at 8.8% selectivity?", "refer_dataset": "table23", "column names": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "condition_column": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "answer_column": [], "condition": {"M1": "Li", "Temp. (℃)": "700.0", "C2 selectivity (%)": "8.8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst containing M1={}, undergoing {}℃, yield C2 hydrocarbons at {}% selectivity?"} +{"question": "Does the structure with the largest cavity diameter (LCD) of 2.03948 Å exhibit a bandgap of 1.973007 eV and a total energy of -700.81771457 eV?", "refer_dataset": "table62", "column names": ["lcd", "bandgap", "energy_total"], "condition_column": ["lcd", "bandgap", "energy_total"], "answer_column": [], "condition": {"lcd": "2.03948", "bandgap": "1.973007", "energy_total": "-700.81771457"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the structure with the largest cavity diameter (LCD) of {} Å exhibit a bandgap of {} eV and a total energy of {} eV?"} +{"question": "Is there a combination of M3=W, M3 molar ratio 0.185, and support BN yielding >0.66% C2H6 but <17.45% CO?", "refer_dataset": "table17", "column names": ["M3", "M3_mol", "Support", "C2H6y", "COy"], "condition_column": ["M3", "M3_mol", "Support", "C2H6y", "COy"], "answer_column": [], "condition": {"M3": "W", "M3_mol": "0.185", "Support": "BN", "C2H6y": "0.66", "COy": "17.45"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of M3={}, M3 molar ratio {}, and support {} yielding >{}% C2H6 but <{}% CO?"} +{"question": "Does a catalyst with support MgO and M3 as Tb operate at a temperature of 850.0℃?", "refer_dataset": "table23", "column names": ["Support", "M3", "Temp. (℃)"], "condition_column": ["Support", "M3", "Temp. (℃)"], "answer_column": [], "condition": {"Support": "MgO", "M3": "Tb", "Temp. (℃)": "850.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst with support {} and M3 as {} operate at a temperature of {}℃?"} +{"question": "Does the entry with R-factor 0.019 and weighted R 0.1001 have a space group number 110.0?", "refer_dataset": "table38", "column names": ["Rall", "wRall", "sgNumber"], "condition_column": ["Rall", "wRall", "sgNumber"], "answer_column": [], "condition": {"Rall": "0.019", "wRall": "0.1001", "sgNumber": "110.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry with R-factor {} and weighted R {} have a space group number {}?"} +{"question": "Are reaction conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''} applied to catalyst 6,6%NiPt(19:1)/Al2O3 to process CO2,H2 into CH4?", "refer_dataset": "table30", "column names": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "condition_column": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "answer_column": [], "condition": {"Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Catalyst": "6,6%NiPt(19:1)/Al2O3", "Substrates": "CO2,H2", "Mainproduct": "CH4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are reaction conditions {} applied to catalyst {} to process {} into {}?"} +{"question": "Do molecules with OSDA axis 1 (4.909037079981746) always have OSDA axis 2 (16.99694231956999)?", "refer_dataset": "table41", "column names": ["axes_mean_0", "axes_mean_1"], "condition_column": ["axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"axes_mean_0": "4.909037079981746", "axes_mean_1": "16.99694231956999"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with OSDA axis 1 ({}) always have OSDA axis 2 ({})?"} +{"question": "Does CO2 selectivity exceed 74.4% at ethylene selectivity of 1.4%?", "refer_dataset": "table19", "column names": ["CO2 sel", "C2H4 sel"], "condition_column": ["CO2 sel", "C2H4 sel"], "answer_column": [], "condition": {"CO2 sel": "74.4", "C2H4 sel": "1.4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does CO2 selectivity exceed {}% at ethylene selectivity of {}%?"} +{"question": "Is there a catalyst supported on BN with CO2 yield over 5.76%?", "refer_dataset": "table17", "column names": ["Support", "CO2y"], "condition_column": ["Support", "CO2y"], "answer_column": [], "condition": {"Support": "BN", "CO2y": "5.76"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst supported on {} with CO2 yield over {}%?"} +{"question": "Does the database entry 326705.0 correspond to a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "326705.0", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the database entry {} correspond to a band gap of {} eV?"} +{"question": "Does a material with a molar mass of 196.44 g/mol have a density (B) of 4.85 g/cm³?", "refer_dataset": "table3", "column names": ["M", "ρb"], "condition_column": ["M", "ρb"], "answer_column": [], "condition": {"M": "196.44", "ρb": "4.85"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a molar mass of {} g/mol have a density (B) of {} g/cm³?"} +{"question": "Does the preparation method 3 yield a specific surface area of 17.1?", "refer_dataset": "table11", "column names": ["PM", "SSA (m2 g -1 )"], "condition_column": ["PM", "SSA (m2 g -1 )"], "answer_column": [], "condition": {"PM": "3", "SSA (m2 g -1 )": "17.1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the preparation method {} yield a specific surface area of {}?"} +{"question": "Does a band alignment offset of {} correspond to a valence band maximum of 3.9299?", "refer_dataset": "table52", "column names": ["offset", "optb88vdw_vbm"], "condition_column": ["offset", "optb88vdw_vbm"], "answer_column": [], "condition": {"offset": "{}", "optb88vdw_vbm": "3.9299"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a band alignment offset of {} correspond to a valence band maximum of {}?"} +{"question": "Is element B's radius (Rb) 67.06 Å associated with its electron affinity (EAb) of 9.53 eV?", "refer_dataset": "table2", "column names": ["Rb", "EAb"], "condition_column": ["Rb", "EAb"], "answer_column": [], "condition": {"Rb": "67.06", "EAb": "9.53"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element B's radius (Rb) {} Å associated with its electron affinity (EAb) of {} eV?"} +{"question": "Does any compound exhibit a Goldschmidt tolerance factor of 1.02349173841, octahedral ionic ratio of 0.442857142857, and Shannon radii of 1.36 at the A-site?", "refer_dataset": "table37", "column names": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "condition_column": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "answer_column": [], "condition": {"goldschmidt_TF": "1.02349173841", "octahedral_factor_ionic": "0.442857142857", "shannon_radii_host_Asite0": "1.36"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a Goldschmidt tolerance factor of {}, octahedral ionic ratio of {}, and Shannon radii of {} at the A-site?"} +{"question": "Does job ID JLMP-1001 correspond to chemical formula CuO2?", "refer_dataset": "table53", "column names": ["jid", "formula"], "condition_column": ["jid", "formula"], "answer_column": [], "condition": {"jid": "JLMP-1001", "formula": "CuO2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} correspond to chemical formula {}?"} +{"question": "Are there materials with ICSD ID [185667], nelements 2, and an elastic modulus of {'G_Reuss': 13.0, 'G_VRH': 16.0, 'G_Voigt': 19.0, 'G_Voigt_Reuss_Hill': 16.0, 'K_Reuss': 127.0, 'K_VRH': 127.0, 'K_Voigt': 127.0, 'K_Voigt_Reuss_Hill': 127.0, 'elastic_anisotropy': 2.27, 'elastic_tensor': [[136.0, 122.0, 122.0, 0.0, 0.0, 0.0], [122.0, 136.0, 122.0, 0.0, 0.0, 0.0], [122.0, 122.0, 136.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 26.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 26.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 26.0]], 'homogeneous_poisson': 0.44, 'poisson_ratio': 0.44, 'universal_anisotropy': 2.27, 'elastic_tensor_original': [[136.3302892053252, 121.67787082503972, 121.93789910140553, 0.0, 0.0, 0.0], [121.9520556310972, 136.32925267951595, 121.67235958904763, 0.0, 0.0, 0.0], [121.67861317788572, 121.93763200186727, 136.3315468203111, 0.0, 0.0, 0.0], [0.006635910345398242, 0.0004200703418363705, 0.0013238607976382903, 26.205720611308575, 0.0, 0.0], [0.0001334166130156732, 8.933410216460968e-06, 3.398993647727781e-05, 0.0, 26.362777642080435, 0.0], [0.003433258492362408, 0.006118186472247476, 0.010210175324940856, 0.0, 0.0, 26.20689495496714]], 'compliance_tensor': [[46.8, -22.1, -22.1, 0.0, 0.0, 0.0], [-22.1, 46.8, -22.1, 0.0, 0.0, 0.0], [-22.1, -22.1, 46.8, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 38.1, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 38.1, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 38.1]], 'warnings': [], 'nsites': 20}?", "refer_dataset": "table55", "column names": ["icsd_ids", "nelements", "elasticity"], "condition_column": ["icsd_ids", "nelements", "elasticity"], "answer_column": [], "condition": {"icsd_ids": "[185667]", "nelements": "2", "elasticity": "{'G_Reuss': 13.0, 'G_VRH': 16.0, 'G_Voigt': 19.0, 'G_Voigt_Reuss_Hill': 16.0, 'K_Reuss': 127.0, 'K_VRH': 127.0, 'K_Voigt': 127.0, 'K_Voigt_Reuss_Hill': 127.0, 'elastic_anisotropy': 2.27, 'elastic_tensor': [[136.0, 122.0, 122.0, 0.0, 0.0, 0.0], [122.0, 136.0, 122.0, 0.0, 0.0, 0.0], [122.0, 122.0, 136.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 26.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 26.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 26.0]], 'homogeneous_poisson': 0.44, 'poisson_ratio': 0.44, 'universal_anisotropy': 2.27, 'elastic_tensor_original': [[136.3302892053252, 121.67787082503972, 121.93789910140553, 0.0, 0.0, 0.0], [121.9520556310972, 136.32925267951595, 121.67235958904763, 0.0, 0.0, 0.0], [121.67861317788572, 121.93763200186727, 136.3315468203111, 0.0, 0.0, 0.0], [0.006635910345398242, 0.0004200703418363705, 0.0013238607976382903, 26.205720611308575, 0.0, 0.0], [0.0001334166130156732, 8.933410216460968e-06, 3.398993647727781e-05, 0.0, 26.362777642080435, 0.0], [0.003433258492362408, 0.006118186472247476, 0.010210175324940856, 0.0, 0.0, 26.20689495496714]], 'compliance_tensor': [[46.8, -22.1, -22.1, 0.0, 0.0, 0.0], [-22.1, 46.8, -22.1, 0.0, 0.0, 0.0], [-22.1, -22.1, 46.8, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 38.1, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 38.1, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 38.1]], 'warnings': [], 'nsites': 20}"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with ICSD ID {}, nelements {}, and an elastic modulus of {}?"} +{"question": "Are instances of bandgap 2.1 eV observed with alcohol percentage 5.0% and wavelength cutoff 420.0 nm?", "refer_dataset": "table4", "column names": ["BandGap(eV)", "Alcohol%", "Wave length( 1.7128080410464268 and shear modulus > 0.4398626224592421)?", "refer_dataset": "table56", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "1.7128080410464268", "shear modulus": "0.4398626224592421"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there mechanically resilient materials (bulk modulus > {} and shear modulus > {})?"} +{"question": "Is there a Monoclinic lattice system compound in database OQMD with volume 63.96710Å3 cubic angstroms and HM symbol Fm-3m?", "refer_dataset": "table31", "column names": ["11", "7", "5", "9"], "condition_column": ["11", "7", "5", "9"], "answer_column": [], "condition": {"11": "Monoclinic", "7": "OQMD", "5": "63.96710Å3", "9": "Fm-3m"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} lattice system compound in database {} with volume {} cubic angstroms and HM symbol {}?"} +{"question": "Is there an entry where delta e equals 0.22276803810345 eV and stability exceeds 0.63348814435345?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.22276803810345", "_oqmd_stability": "0.63348814435345"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where delta e equals {} eV and stability exceeds {}?"} +{"question": "Does CO2 selectivity exceed 73.2% at ethylene selectivity of 0.2%?", "refer_dataset": "table19", "column names": ["CO2 sel", "C2H4 sel"], "condition_column": ["CO2 sel", "C2H4 sel"], "answer_column": [], "condition": {"CO2 sel": "73.2", "C2H4 sel": "0.2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does CO2 selectivity exceed {}% at ethylene selectivity of {}%?"} +{"question": "Is there a material composed of A as Ca, B as Ta, and X1 as N with a production rate over 25.8 μmol/g?", "refer_dataset": "table4", "column names": ["A", "B", "X1", "ProdRate(μmol/g)"], "condition_column": ["A", "B", "X1", "ProdRate(μmol/g)"], "answer_column": [], "condition": {"A": "Ca", "B": "Ta", "X1": "N", "ProdRate(μmol/g)": "25.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material composed of A as {}, B as {}, and X1 as {} with a production rate over {} μmol/g?"} +{"question": "Are there materials with atomic numbers 40 (A), 44 (B), and 7 (C) in a unit cell smaller than 64.4121955981 ų?", "refer_dataset": "table22", "column names": ["A_AtomN", "B_AtomN", "C_AtomN", "Volume"], "condition_column": ["A_AtomN", "B_AtomN", "C_AtomN", "Volume"], "answer_column": [], "condition": {"A_AtomN": "40", "B_AtomN": "44", "C_AtomN": "7", "Volume": "64.4121955981"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with atomic numbers {} (A), {} (B), and {} (C) in a unit cell smaller than {} ų?"} +{"question": "Is there a Hubbard-corrected material in spacegroup False with energy per atom of {'symprec': 0.1, 'source': 'spglib', 'symbol': 'Pnma', 'number': 62, 'point_group': 'mmm', 'crystal_system': 'orthorhombic', 'hall': '-P 2ac 2n'} and density of -5.62922567?", "refer_dataset": "table55", "column names": ["is_hubbard", "spacegroup", "energy_per_atom", "density"], "condition_column": ["is_hubbard", "spacegroup", "energy_per_atom"], "answer_column": ["density"], "condition": {"is_hubbard": "False", "spacegroup": "{'symprec': 0.1, 'source': 'spglib', 'symbol': 'Pnma', 'number': 62, 'point_group': 'mmm', 'crystal_system': 'orthorhombic', 'hall': '-P 2ac 2n'}", "energy_per_atom": "-5.62922567"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a Hubbard-corrected material in spacegroup {} with energy per atom of {} and density of {}?"} +{"question": "Are all data for compounds in the cubic crystal system stored in directory '/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_221_vnscf_vol_2'?", "refer_dataset": "table59", "column names": ["crystal_system", "source_folder"], "condition_column": ["crystal_system", "source_folder"], "answer_column": [], "condition": {"crystal_system": "cubic", "source_folder": "'/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_221_vnscf_vol_2'"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all data for compounds in the {} crystal system stored in directory {}?"} +{"question": "Is there a molecule with axes standard deviations (0.1668868407006315, 0.2979278146784535) and box standard deviation 0.2217833492426481?", "refer_dataset": "table41", "column names": ["axes_std_0", "axes_std_1", "box_std_0"], "condition_column": ["axes_std_0", "axes_std_1", "box_std_0"], "answer_column": [], "condition": {"axes_std_0": "0.1668868407006315", "axes_std_1": "0.2979278146784535", "box_std_0": "0.2217833492426481"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with axes standard deviations ({}, {}) and box standard deviation {}?"} +{"question": "Does a material have both an enthalpy per atom of -4.70167 and a corrected band gap (egap_fit) of 0.0?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "egap_fit"], "condition_column": ["enthalpy_atom", "egap_fit"], "answer_column": [], "condition": {"enthalpy_atom": "-4.70167", "egap_fit": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material have both an enthalpy per atom of {} and a corrected band gap (egap_fit) of {}?"} +{"question": "Does the material with composition Ba2La6Cr8O24 contain exactly 4 distinct elements?", "refer_dataset": "table35", "column names": ["Material Composition", "Number of elements"], "condition_column": ["Material Composition", "Number of elements"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Cr8O24", "Number of elements": "4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with composition {} contain exactly {} distinct elements?"} +{"question": "Are there catalysts with Po2 0.05 atm, Par 0.0 atm, and C2y over 6.9%?", "refer_dataset": "table28", "column names": ["Po2", "Par", "C2y"], "condition_column": ["Po2", "Par", "C2y"], "answer_column": [], "condition": {"Po2": "0.05", "Par": "0.0", "C2y": "6.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there catalysts with Po2 {} atm, Par {} atm, and C2y over {}%?"} +{"question": "Is there a molecule with a mean asphericity of 0.8710827365183884 and Bertz complexity index of 1677.9904393126292?", "refer_dataset": "table41", "column names": ["asphericity_mean_0", "bertz_ct_mean_0"], "condition_column": ["asphericity_mean_0", "bertz_ct_mean_0"], "answer_column": [], "condition": {"asphericity_mean_0": "0.8710827365183884", "bertz_ct_mean_0": "1677.9904393126292"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with a mean asphericity of {} and Bertz complexity index of {}?"} +{"question": "Molecular formula BaTi0.97Mo0.03O3 uses light intensity Xe lamp(300W),simulated sunlight W, co-catalyst Pt(0.4 wt％), and dose 1.1 g L⁻¹ for peak RH2.", "refer_dataset": "table1", "column names": ["Molecular formula", "Light intensity(W)", "Co-catalyst", "Photocatalyst dose(g L-1)"], "condition_column": ["Molecular formula", "Light intensity(W)", "Co-catalyst", "Photocatalyst dose(g L-1)"], "answer_column": [], "condition": {"Molecular formula": "BaTi0.97Mo0.03O3", "Light intensity(W)": "Xe lamp(300W),simulated sunlight", "Co-catalyst": "Pt(0.4 wt％)", "Photocatalyst dose(g L-1)": "1.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Molecular formula {} uses light intensity {} W, co-catalyst {}, and dose {} g L⁻¹ for peak RH2."} +{"question": "Does a catalyst using M3 as none with support material MgO achieve a methane conversion rate of 27.1%?", "refer_dataset": "table23", "column names": ["M3", "Support", "CH4 conversion (%)"], "condition_column": ["M3", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "none", "Support": "MgO", "CH4 conversion (%)": "27.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using M3 as {} with support material {} achieve a methane conversion rate of {}%?"} +{"question": "Does the compound with the formula Mo3P have a formation energy (e_form) of -0.3393416995238088 eV?", "refer_dataset": "table54", "column names": ["formula", "e_form"], "condition_column": ["formula", "e_form"], "answer_column": [], "condition": {"formula": "Mo3P", "e_form": "-0.3393416995238088"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with the formula {} have a formation energy (e_form) of {} eV?"} +{"question": "Does a material with a molar mass of 222.31 g/mol have a density (B) of 5.52 g/cm³?", "refer_dataset": "table3", "column names": ["M", "ρb"], "condition_column": ["M", "ρb"], "answer_column": [], "condition": {"M": "222.31", "ρb": "5.52"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a molar mass of {} g/mol have a density (B) of {} g/cm³?"} +{"question": "Does the material with ICSD ID [646985, 105428, 646996] have a total magnetization of 0.0005609?", "refer_dataset": "table55", "column names": ["icsd_ids", "total_magnetization"], "condition_column": ["icsd_ids", "total_magnetization"], "answer_column": [], "condition": {"icsd_ids": "[646985, 105428, 646996]", "total_magnetization": "0.0005609"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ICSD ID {} have a total magnetization of {}?"} +{"question": "Does a material with a Goldschmidt TF ionic contribution of 0.976827924526 also have a formation energy of -2.11333455546?", "refer_dataset": "table37", "column names": ["goldschmidt_TF_ionic", "Formation_energy"], "condition_column": ["goldschmidt_TF_ionic", "Formation_energy"], "answer_column": [], "condition": {"goldschmidt_TF_ionic": "0.976827924526", "Formation_energy": "-2.11333455546"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a Goldschmidt TF ionic contribution of {} also have a formation energy of {}?"} +{"question": "Is there a material with an OptB88vdW bandgap of 2.472 eV and an HSE bandgap of na eV?", "refer_dataset": "table47", "column names": ["optb88vdw_bandgap", "hse_gap"], "condition_column": ["optb88vdw_bandgap", "hse_gap"], "answer_column": [], "condition": {"optb88vdw_bandgap": "2.472", "hse_gap": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with an OptB88vdW bandgap of {} eV and an HSE bandgap of {} eV?"} +{"question": "Is CH4 the main product when using catalyst 6,6%NiPt(19:1)/Al2O3 in methanation reactions with substrates CO2,H2?", "refer_dataset": "table30", "column names": ["Mainproduct", "Catalyst", "ReactionType", "Substrates"], "condition_column": ["Mainproduct", "Catalyst", "ReactionType", "Substrates"], "answer_column": [], "condition": {"Mainproduct": "CH4", "Catalyst": "6,6%NiPt(19:1)/Al2O3", "ReactionType": "methanation", "Substrates": "CO2,H2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is {} the main product when using catalyst {} in {} reactions with substrates {}?"} +{"question": "Does a synthesis time of 8 min 15 sec minutes occur with stirring at 0 rpm and temperature 68°C?", "refer_dataset": "table42", "column names": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "condition_column": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "answer_column": [], "condition": {"Synthesis time": "8 min 15 sec", "Stirring, rpm": "0", "Temperature, C": "68"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a synthesis time of {} minutes occur with stirring at {} rpm and temperature {}°C?"} +{"question": "Does mat_id agm005671431 have a corrected energy of -73.49891 eV and phase separation tendency energy of 0.62302697 eV?", "refer_dataset": "table44", "column names": ["mat_id", "energy_corrected", "e_phase_separation"], "condition_column": ["mat_id", "energy_corrected", "e_phase_separation"], "answer_column": [], "condition": {"mat_id": "agm005671431", "energy_corrected": "-73.49891", "e_phase_separation": "0.62302697"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does mat_id {} have a corrected energy of {} eV and phase separation tendency energy of {} eV?"} +{"question": "Do elements with a covalent radius of 0.73 Å exhibit a valence of 2?", "refer_dataset": "table36", "column names": ["covalent radius", "valence"], "condition_column": ["covalent radius", "valence"], "answer_column": [], "condition": {"covalent radius": "0.73", "valence": "2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements with a covalent radius of {} Å exhibit a valence of {}?"} +{"question": "Does Base Na have a ReactionE greater than -0.5036472184?", "refer_dataset": "table24", "column names": ["Base", "ReactionE"], "condition_column": ["Base", "ReactionE"], "answer_column": [], "condition": {"Base": "Na", "ReactionE": "-0.5036472184"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Base {} have a ReactionE greater than {}?"} +{"question": "Do catalysts with M4 none at 0.0 wt% and M1 Mo achieve O₂ conversion 36.0%?", "refer_dataset": "table26", "column names": ["M4", "M4 (wt%)", "M1", "O2 Conv. (%)"], "condition_column": ["M4", "M4 (wt%)", "M1", "O2 Conv. (%)"], "answer_column": [], "condition": {"M4": "none", "M4 (wt%)": "0.0", "M1": "Mo", "O2 Conv. (%)": "36.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts with M4 {} at {} wt% and M1 {} achieve O₂ conversion {}%?"} +{"question": "Is the report number LA-UR-07-2051, LLNL-JRNL-410358 linked to the category \"cond-mat.mtrl-sci\"?", "refer_dataset": "table45", "column names": ["report-no", "categories"], "condition_column": ["report-no", "categories"], "answer_column": [], "condition": {"report-no": "LA-UR-07-2051, LLNL-JRNL-410358", "categories": "cond-mat.mtrl-sci"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the report number {} linked to the category \"{}\"?"} +{"question": "Is a reactor volume of 5.0 mL paired with 20.0 hours of reaction time?", "refer_dataset": "table7", "column names": ["Reactor_Volume", "Rxn_Time"], "condition_column": ["Reactor_Volume", "Rxn_Time"], "answer_column": [], "condition": {"Reactor_Volume": "5.0", "Rxn_Time": "20.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a reactor volume of {} mL paired with {} hours of reaction time?"} +{"question": "Does M2 element Cs result in a CO yield of 3.0%?", "refer_dataset": "table25", "column names": ["M2", "CO yield (%)"], "condition_column": ["M2", "CO yield (%)"], "answer_column": [], "condition": {"M2": "Cs", "CO yield (%)": "3.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M2 element {} result in a CO yield of {}%?"} +{"question": "Does a material with atomic radii (Ra/Rb) 1.78 have a Pauling electronegativity (A) of 1.16 and electron affinity (B) of 9.22?", "refer_dataset": "table3", "column names": ["Ra/Rb", "χpa", "EAb"], "condition_column": ["Ra/Rb", "χpa", "EAb"], "answer_column": [], "condition": {"Ra/Rb": "1.78", "χpa": "1.16", "EAb": "9.22"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with atomic radii (Ra/Rb) {} have a Pauling electronegativity (A) of {} and electron affinity (B) of {}?"} +{"question": "Is the total product yield 0.4575 mmol/g achieved under 1.0 atm pressure?", "refer_dataset": "table7", "column names": ["total", "Rxn_Pressure"], "condition_column": ["total", "Rxn_Pressure"], "answer_column": [], "condition": {"total": "0.4575", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total product yield {} mmol/g achieved under {} atm pressure?"} +{"question": "Are all data for compounds in the orthorhombic crystal system stored in directory '/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_ortho_vnscf_vol_3'?", "refer_dataset": "table59", "column names": ["crystal_system", "source_folder"], "condition_column": ["crystal_system", "source_folder"], "answer_column": [], "condition": {"crystal_system": "orthorhombic", "source_folder": "'/rk2/knc6/UniveralTB/julia_data/Li_kspace/POSCAR_As_ortho_vnscf_vol_3'"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all data for compounds in the {} crystal system stored in directory {}?"} +{"question": "Is the melting temperature (A) 843.96 K combined with enthalpy of fusion (A) 210.33 kJ/mol and boiling temperature (A) 1510.58 K?", "refer_dataset": "table3", "column names": ["A_Tm", "ΔfusHa", "A_Tb"], "condition_column": ["A_Tm", "ΔfusHa", "A_Tb"], "answer_column": [], "condition": {"A_Tm": "843.96", "ΔfusHa": "210.33", "A_Tb": "1510.58"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the melting temperature (A) {} K combined with enthalpy of fusion (A) {} kJ/mol and boiling temperature (A) {} K?"} +{"question": "Is M3 set to Mn in a process with Po2 of 0.33 atm?", "refer_dataset": "table28", "column names": ["M3", "Po2"], "condition_column": ["M3", "Po2"], "answer_column": [], "condition": {"M3": "Mn", "Po2": "0.33"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 set to {} in a process with Po2 of {} atm?"} +{"question": "Does the material ID 8.0 correspond to an internal energy (U0) of -48.29721832275391?", "refer_dataset": "table60", "column names": ["id", "U0"], "condition_column": ["id", "U0"], "answer_column": [], "condition": {"id": "8.0", "U0": "-48.29721832275391"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material ID {} correspond to an internal energy (U0) of {}?"} +{"question": "Is there a catalyst with M1=Na, M2=Mn, and CaO support achieving H₂ yield 0,7%?", "refer_dataset": "table27", "column names": ["M1", "M2", "Support", "H2 yield(%)"], "condition_column": ["M1", "M2", "Support", "H2 yield(%)"], "answer_column": [], "condition": {"M1": "Na", "M2": "Mn", "Support": "CaO", "H2 yield(%)": "0,7"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M1={}, M2={}, and {} support achieving H₂ yield {}%?"} +{"question": "Does Base Be have a ReactionE greater than 3.965686528?", "refer_dataset": "table24", "column names": ["Base", "ReactionE"], "condition_column": ["Base", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "ReactionE": "3.965686528"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Base {} have a ReactionE greater than {}?"} +{"question": "Does the material with enthalpy per atom -2.89072, Badernet charges [-1.82, -1.82, -1.82, -1.82, -0.8514, -0.8514, -0.8514, -0.8514, -0.9428, -0.9428, -0.9428, -0.9428, 1.3561, 1.3561, 1.3561, 1.3561, 1.3125, 1.3125, 1.3125, 1.3125, 1.36, 1.36, 1.36, 1.36, 1.3644, 1.3644, 1.3644, 1.3644, -1.7787, -1.7787, -1.7787, -1.7787], and AFLOWLIB UID 15eb51e7311e995a exist?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "bader_net_charges", "auid"], "condition_column": ["enthalpy_atom", "bader_net_charges", "auid"], "answer_column": [], "condition": {"enthalpy_atom": "-2.89072", "bader_net_charges": "[-1.82, -1.82, -1.82, -1.82, -0.8514, -0.8514, -0.8514, -0.8514, -0.9428, -0.9428, -0.9428, -0.9428, 1.3561, 1.3561, 1.3561, 1.3561, 1.3125, 1.3125, 1.3125, 1.3125, 1.36, 1.36, 1.36, 1.36, 1.3644, 1.3644, 1.3644, 1.3644, -1.7787, -1.7787, -1.7787, -1.7787]", "auid": "15eb51e7311e995a"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with enthalpy per atom {}, Badernet charges {}, and AFLOWLIB UID {} exist?"} +{"question": "Are the properties for ID 1197 accurately mapped to formula I and energy 1.76605087946e-09?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1197", "formula": "I", "formula_energy": "1.76605087946e-09"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the properties for ID {} accurately mapped to formula {} and energy {}?"} +{"question": "Can entry 472978.0 simultaneously have a band gap above 0.0 eV and stability below 0.0571185196666599?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_entry_id": "472978.0", "_oqmd_band_gap": "0.0", "_oqmd_stability": "0.0571185196666599"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} simultaneously have a band gap above {} eV and stability below {}?"} +{"question": "There is a record where B3LYP, M06, and PBE0 methods all predict Scharber efficiency values of 2.290478114.", "refer_dataset": "table51", "column names": ["b3lyp_scharber_pce", "m06_scharber_pce", "pbe0_scharber_pce"], "condition_column": ["b3lyp_scharber_pce"], "answer_column": ["m06_scharber_pce", "pbe0_scharber_pce"], "condition": {"b3lyp_scharber_pce": "2.290478114"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "There is a record where B3LYP, M06, and PBE0 methods all predict Scharber efficiency values of {}."} +{"question": "Does Tianjin Univ February 2024-indexed article (DOI: 2019-06-18 00:00:00) use 3+ synthesis methods with OVP warnings?", "refer_dataset": "table13", "column names": ["Facility", "Indexed_Date", "DOI", "Judge_Hydrothermal", "Judge_Microwave", "Judge_Spray", "Warning_OER.1"], "condition_column": ["Facility", "Indexed_Date"], "answer_column": ["DOI", "Judge_Hydrothermal", "Judge_Microwave", "Judge_Spray", "Warning_OER.1"], "condition": {"Facility": "Tianjin Univ", "Indexed_Date": "2019-06-18 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} February 2024-indexed article (DOI: {}) use 3+ synthesis methods with OVP warnings?"} +{"question": "Is the reference [A140] linked to a perovskite using secondary B2 site Zr with cycle5 performance 776.7?", "refer_dataset": "table5", "column names": ["Ref", "B2 site", "cycle5"], "condition_column": ["Ref", "B2 site", "cycle5"], "answer_column": [], "condition": {"Ref": "[A140]", "B2 site": "Zr", "cycle5": "776.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the reference {} linked to a perovskite using secondary B2 site {} with cycle5 performance {}?"} +{"question": "Does the sample with id 10 have a dipole moment of 0.76730662896953?", "refer_dataset": "table61", "column names": ["id", "mu"], "condition_column": ["id", "mu"], "answer_column": [], "condition": {"id": "10", "mu": "0.76730662896953"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the sample with id {} have a dipole moment of {}?"} +{"question": "Is ethane selectivity 10.9% observed when tertiary cation is na?", "refer_dataset": "table19", "column names": ["C2H6 sel", "Cation3"], "condition_column": ["C2H6 sel", "Cation3"], "answer_column": [], "condition": {"C2H6 sel": "10.9", "Cation3": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is ethane selectivity {}% observed when tertiary cation is {}?"} +{"question": "Is there a preparation where primary anion 16.0 constitutes 54.6% of the composition?", "refer_dataset": "table20", "column names": ["Anion1", "Anion1-mol"], "condition_column": ["Anion1", "Anion1-mol"], "answer_column": [], "condition": {"Anion1": "16.0", "Anion1-mol": "54.6"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a preparation where primary anion {} constitutes {}% of the composition?"} +{"question": "Does the material stored at location extra/batch-002/Ac/Ac/xxx_02a-00_agm003157511_spg194 have an indirect band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["location", "band_gap_ind"], "condition_column": ["location", "band_gap_ind"], "answer_column": [], "condition": {"location": "extra/batch-002/Ac/Ac/xxx_02a-00_agm003157511_spg194", "band_gap_ind": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material stored at location {} have an indirect band gap of {} eV?"} +{"question": "Are the SCF valence band maximum (1.924) and conduction band minimum (1.315) for surface structure Surface-JVASP-63938_miller_1_1_0_thickness_16_VASP_PBE_noDP consistent with Fermi energy level -0.37049381?", "refer_dataset": "table66", "column names": ["scf_vbm", "scf_cbm", "name", "efermi"], "condition_column": ["scf_vbm", "scf_cbm", "name", "efermi"], "answer_column": [], "condition": {"scf_vbm": "1.924", "scf_cbm": "1.315", "name": "Surface-JVASP-63938_miller_1_1_0_thickness_16_VASP_PBE_noDP", "efermi": "-0.37049381"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the SCF valence band maximum ({}) and conduction band minimum ({}) for surface structure {} consistent with Fermi energy level {}?"} +{"question": "Is the formula energy of the material with ID 1057 equal to -0.1084102642?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "1057", "formula_energy": "-0.1084102642"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formula energy of the material with ID {} equal to {}?"} +{"question": "Are materials with HSE optical band gap 3.294992 eV structurally relaxed to space group 81?", "refer_dataset": "table63", "column names": ["Band_gap_HSE_optical", "Space_group_rlx"], "condition_column": ["Band_gap_HSE_optical", "Space_group_rlx"], "answer_column": [], "condition": {"Band_gap_HSE_optical": "3.294992", "Space_group_rlx": "81"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials with HSE optical band gap {} eV structurally relaxed to space group {}?"} +{"question": "Does a synthesis time of 8 min 30 sec minutes occur with stirring at 0 rpm and temperature 26°C?", "refer_dataset": "table42", "column names": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "condition_column": ["Synthesis time", "Stirring, rpm", "Temperature, C"], "answer_column": [], "condition": {"Synthesis time": "8 min 30 sec", "Stirring, rpm": "0", "Temperature, C": "26"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a synthesis time of {} minutes occur with stirring at {} rpm and temperature {}°C?"} +{"question": "Does the article indexed on 2020-09-23 00:00:00 use the electrochemical corrosion method?", "refer_dataset": "table13", "column names": ["Indexed_Date", "Judge_Electrochemical_Corrosion"], "condition_column": ["Indexed_Date"], "answer_column": ["Judge_Electrochemical_Corrosion"], "condition": {"Indexed_Date": "2020-09-23 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the article indexed on {} use the electrochemical corrosion method?"} +{"question": "Is the OptB88-vdW bandgap -0.4756 associated with a final energy of -155.44689227?", "refer_dataset": "table52", "column names": ["optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_bandgap": "-0.4756", "final_energy": "-155.44689227"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the OptB88-vdW bandgap {} associated with a final energy of {}?"} +{"question": "At a CH4/O2 ratio of 2.0, is the O2 conversion -2.7%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "O2 Conv. (%)"], "condition_column": ["CH4/O2 ratio", "O2 Conv. (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "O2 Conv. (%)": "-2.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a CH4/O2 ratio of {}, is the O2 conversion {}%?"} +{"question": "Is the energy gap 9.249150276184082 associated with an electronic spatial extent (r²) of 26.156299591064453?", "refer_dataset": "table60", "column names": ["gap", "r2"], "condition_column": ["gap", "r2"], "answer_column": [], "condition": {"gap": "9.249150276184082", "r2": "26.156299591064453"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy gap {} associated with an electronic spatial extent (r²) of {}?"} +{"question": "Does the 17%NiFe(3:1)/Al2O3 catalyst, paired with reaction type methanation, utilize CO2,H2 under parameters {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,50%N2', 'GasFlowrate': '300mL/min', 'GHSV': '13400h-1', 'Catalystmass': '300mg', 'TOF': 'nodata', 'Conversion': '21%', 'Selectivity': '96%', 'Yield': '20%', 'Article': 'PotentialofanAlumina-SupportedNi3FeCatalystintheMethanationofCO2:ImpactofAlloyFormationonActivityandStability', 'Id': 'dcc93078-3d93-4bbc-b02c-3e0da058bec6'}?", "refer_dataset": "table30", "column names": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "condition_column": ["Catalyst", "ReactionType", "Substrates", "Reaction"], "answer_column": [], "condition": {"Catalyst": "17%NiFe(3:1)/Al2O3", "ReactionType": "methanation", "Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,50%N2', 'GasFlowrate': '300mL/min', 'GHSV': '13400h-1', 'Catalystmass': '300mg', 'TOF': 'nodata', 'Conversion': '21%', 'Selectivity': '96%', 'Yield': '20%', 'Article': 'PotentialofanAlumina-SupportedNi3FeCatalystintheMethanationofCO2:ImpactofAlloyFormationonActivityandStability', 'Id': 'dcc93078-3d93-4bbc-b02c-3e0da058bec6'}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} catalyst, paired with reaction type {}, utilize {} under parameters {}?"} +{"question": "Is there a material with space group number 118 and symbol P-4n2?", "refer_dataset": "table47", "column names": ["spg_number", "spg_symbol"], "condition_column": ["spg_number", "spg_symbol"], "answer_column": [], "condition": {"spg_number": "118", "spg_symbol": "P-4n2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group number {} and symbol {}?"} +{"question": "Is there a MOF that has a void fraction of 0.8916609999999999, surface area of 1018.2 m²/g, and CO₂ adsorption pressure of [0.01, 0.05, 0.1, 0.5, 2.5] bar?", "refer_dataset": "table50", "column names": ["void_fraction", "surface_area_m2g", "co2_pressures"], "condition_column": ["void_fraction", "surface_area_m2g", "co2_pressures"], "answer_column": [], "condition": {"void_fraction": "0.8916609999999999", "surface_area_m2g": "1018.2", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a MOF that has a void fraction of {}, surface area of {} m²/g, and CO₂ adsorption pressure of {} bar?"} +{"question": "Does a calcination temperature of 500°C result in a degradation rate above 42.0%?", "refer_dataset": "table8", "column names": ["Calcination temperature(°C)", "Degradation rate(%)"], "condition_column": ["Calcination temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Calcination temperature(°C)": "500", "Degradation rate(%)": "42.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a calcination temperature of {}°C result in a degradation rate above {}%?"} +{"question": "Is the Wyckoff position a associated with a vacancy formation factor of ['Sm,2,3.997', 'Al,4,0.005', 'Al,4,-0.035']?", "refer_dataset": "table68", "column names": ["wycoff", "ff_vac"], "condition_column": ["wycoff", "ff_vac"], "answer_column": [], "condition": {"wycoff": "a", "ff_vac": "['Sm,2,3.997', 'Al,4,0.005', 'Al,4,-0.035']"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Wyckoff position {} associated with a vacancy formation factor of {}?"} +{"question": "Does Li as the primary metal (M1) achieve a CH4 conversion of 13.42121103%?", "refer_dataset": "table21", "column names": ["M1", "CH4 conversion (%)"], "condition_column": ["M1", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Li", "CH4 conversion (%)": "13.42121103"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} as the primary metal (M1) achieve a CH4 conversion of {}%?"} +{"question": "Are there materials in space group {'symprec': 0.1, 'source': 'spglib', 'symbol': 'C2/c', 'number': 15, 'point_group': '2/m', 'crystal_system': 'monoclinic', 'hall': '-C 2yc'} with a unit cell volume of 440.4105979368028?", "refer_dataset": "table55", "column names": ["spacegroup", "volume"], "condition_column": ["spacegroup", "volume"], "answer_column": [], "condition": {"spacegroup": "{'symprec': 0.1, 'source': 'spglib', 'symbol': 'C2/c', 'number': 15, 'point_group': '2/m', 'crystal_system': 'monoclinic', 'hall': '-C 2yc'}", "volume": "440.4105979368028"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with a unit cell volume of {}?"} +{"question": "Does a magnetic moment (mu_b) of 3.669606200000001 require a formation energy (e_form) of -0.3393416995238088 in materials with e_hull < 0.0?", "refer_dataset": "table56", "column names": ["mu_b", "e_form", "e_hull"], "condition_column": ["mu_b", "e_form", "e_hull"], "answer_column": [], "condition": {"mu_b": "3.669606200000001", "e_form": "-0.3393416995238088", "e_hull": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a magnetic moment (mu_b) of {} require a formation energy (e_form) of {} in materials with e_hull < {}?"} +{"question": "Is a delta e of 0.22276803810345 eV indicative of instability (stability < 0.63348814435345)?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.22276803810345", "_oqmd_stability": "0.63348814435345"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a delta e of {} eV indicative of instability (stability < {})?"} +{"question": "Are there structures with LCD 2.42132 Å, PLD 0.7819 Å, and bandgap 2.551117 eV in the CSD dataset?", "refer_dataset": "table62", "column names": ["lcd", "pld", "bandgap", "source"], "condition_column": ["lcd", "pld", "bandgap", "source"], "answer_column": [], "condition": {"lcd": "2.42132", "pld": "0.7819", "bandgap": "2.551117", "source": "CSD"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there structures with LCD {} Å, PLD {} Å, and bandgap {} eV in the {} dataset?"} +{"question": "Does a CH4/O2 ratio of 2.0 with M2 Hf lead to a hydrogen yield of 47.6%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "condition_column": ["CH4/O2 ratio", "M2", "H2 yield (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "M2": "Hf", "H2 yield (%)": "47.6"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a CH4/O2 ratio of {} with M2 {} lead to a hydrogen yield of {}%?"} +{"question": "Is there a MOF that has a void fraction of 0.637972, surface area of 2049.2 m²/g, and CO₂ adsorption pressure of [0.01, 0.05, 0.1, 0.5, 2.5] bar?", "refer_dataset": "table50", "column names": ["void_fraction", "surface_area_m2g", "co2_pressures"], "condition_column": ["void_fraction", "surface_area_m2g", "co2_pressures"], "answer_column": [], "condition": {"void_fraction": "0.637972", "surface_area_m2g": "2049.2", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a MOF that has a void fraction of {}, surface area of {} m²/g, and CO₂ adsorption pressure of {} bar?"} +{"question": "Does molar mass (M) of 234.14 g/mol coexist with density of element B (ρb) of 4.62 g/cm³?", "refer_dataset": "table2", "column names": ["M", "ρb"], "condition_column": ["M", "ρb"], "answer_column": [], "condition": {"M": "234.14", "ρb": "4.62"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does molar mass (M) of {} g/mol coexist with density of element B (ρb) of {} g/cm³?"} +{"question": "Are PMI1 std 42.37312553, PMI2 std 297.00775462714904, and PMI3 std 275.2006426 all recorded for the same molecule?", "refer_dataset": "table41", "column names": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "condition_column": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "answer_column": [], "condition": {"pmi1_std_0": "42.37312553", "pmi2_std_0": "297.00775462714904", "pmi3_std_0": "275.2006426"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are PMI1 std {}, PMI2 std {}, and PMI3 std {} all recorded for the same molecule?"} +{"question": "Does the material with ID FENRUM_FSR possess a bandgap of 1.360485999999999 eV and a magnetic moment of 0.0 μB?", "refer_dataset": "table62", "column names": ["id", "bandgap", "net_magmom"], "condition_column": ["id", "bandgap", "net_magmom"], "answer_column": [], "condition": {"id": "FENRUM_FSR", "bandgap": "1.360485999999999", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} possess a bandgap of {} eV and a magnetic moment of {} μB?"} +{"question": "Is there a preparation with primary cation 22.0 at a molar percentage of 10.4%?", "refer_dataset": "table20", "column names": ["Cation1", "Cation1-mol"], "condition_column": ["Cation1", "Cation1-mol"], "answer_column": [], "condition": {"Cation1": "22.0", "Cation1-mol": "10.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a preparation with primary cation {} at a molar percentage of {}%?"} +{"question": "Is there a sample combining Fe 0.1, La 0.3, and J.uAcm2_0.63_secondCA 4024.771?", "refer_dataset": "table16", "column names": ["Fe", "La", "J.uAcm2_0.63_secondCA"], "condition_column": ["Fe", "La", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Fe": "0.1", "La": "0.3", "J.uAcm2_0.63_secondCA": "4024.771"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample combining Fe {}, La {}, and J.uAcm2_0.63_secondCA {}?"} +{"question": "Does the compound Zn1 include element Zn, have 2 atoms per formula unit, and a density of 0.00000g/cm3 g/cm³?", "refer_dataset": "table31", "column names": ["0", "2", "4", "6"], "condition_column": ["0", "2", "4", "6"], "answer_column": [], "condition": {"0": "Zn1", "2": "Zn", "4": "2", "6": "0.00000g/cm3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} include element {}, have {} atoms per formula unit, and a density of {} g/cm³?"} +{"question": "Does a material with 1 atoms of element C, 0 atoms of element D, and lattice parameter 4.1418482485 Å exist?", "refer_dataset": "table22", "column names": ["Cn", "Dn", "Lattice"], "condition_column": ["Cn", "Dn", "Lattice"], "answer_column": [], "condition": {"Cn": "1", "Dn": "0", "Lattice": "4.1418482485"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with {} atoms of element C, {} atoms of element D, and lattice parameter {} Å exist?"} +{"question": "Is there a solvent volume of 0.0%, surfactant percentage of 0.0%, and polymer percentage of 0.32% in any record?", "refer_dataset": "table42", "column names": ["Solvent, % vol.", "Surfactant, % wt.", "Polymer, % wt."], "condition_column": ["Solvent, % vol.", "Surfactant, % wt.", "Polymer, % wt."], "answer_column": [], "condition": {"Solvent, % vol.": "0.0", "Surfactant, % wt.": "0.0", "Polymer, % wt.": "0.32"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a solvent volume of {}%, surfactant percentage of {}%, and polymer percentage of {}% in any record?"} +{"question": "Is there a OptB88vdW method calculation with OptB88vdW total energy -2.75139 eV and MBJ bandgap 2.339 eV?", "refer_dataset": "table48", "column names": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "condition_column": ["func", "optb88vdw_total_energy", "mbj_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-2.75139", "mbj_bandgap": "2.339"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} method calculation with OptB88vdW total energy {} eV and MBJ bandgap {} eV?"} +{"question": "Is there a metal oxide with Fe 0.1 and a J.uAcm2_0.63_secondCA measurement of 4786.048?", "refer_dataset": "table16", "column names": ["Fe", "J.uAcm2_0.63_secondCA"], "condition_column": ["Fe", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Fe": "0.1", "J.uAcm2_0.63_secondCA": "4786.048"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metal oxide with Fe {} and a J.uAcm2_0.63_secondCA measurement of {}?"} +{"question": "Does the material with formula Cd2C56H52N16O8 and topology sql have a bandgap of 1.000942 eV and a net magnetic moment of 0.0 μB?", "refer_dataset": "table62", "column names": ["formula", "topology", "bandgap", "net_magmom"], "condition_column": ["formula", "topology", "bandgap", "net_magmom"], "answer_column": [], "condition": {"formula": "Cd2C56H52N16O8", "topology": "sql", "bandgap": "1.000942", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} and topology {} have a bandgap of {} eV and a net magnetic moment of {} μB?"} +{"question": "Are materials with substitution element A1 as Bi linked to a light wavelength cutoff of 400.0 nm?", "refer_dataset": "table4", "column names": ["A1", "Wave length( 0.014698139)?", "refer_dataset": "table56", "column names": ["e_form", "e_hull"], "condition_column": ["e_form", "e_hull"], "answer_column": [], "condition": {"e_form": "-3.60725811675", "e_hull": "0.014698139"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with formation energy (e_form) of {} always structurally unstable (e_hull > {})?"} +{"question": "Is the B-site p-orbital unfilled range of 0 observed in materials with an A-site ionic radius/electronegativity of 2.605?", "refer_dataset": "table37", "column names": ["Bsite_NpUnfilled_range", "A_O"], "condition_column": ["Bsite_NpUnfilled_range", "A_O"], "answer_column": [], "condition": {"Bsite_NpUnfilled_range": "0", "A_O": "2.605"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the B-site p-orbital unfilled range of {} observed in materials with an A-site ionic radius/electronegativity of {}?"} +{"question": "Is there a cubic crystal-structured element with a melting energy of 1 kJ/mol and an electronegativity of 0.26?", "refer_dataset": "table36", "column names": ["IsCubic", "heat of fusion", "Electro-negativity"], "condition_column": ["IsCubic", "heat of fusion"], "answer_column": ["Electro-negativity"], "condition": {"IsCubic": "1", "heat of fusion": "0.26"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a cubic crystal-structured element with a melting energy of {} kJ/mol and an electronegativity of {}?"} +{"question": "Material La0.8875Sr0.1125Fe0.9625Ti0.0375O3 has a density (B) of 7.74 g/cm³, atomic radius (B) of 55.45 Å, and melting temperature (B) of 1542.95 K.", "refer_dataset": "table3", "column names": ["Materials", "ρb", "Rb", "B_Tm"], "condition_column": ["Materials", "ρb", "Rb", "B_Tm"], "answer_column": [], "condition": {"Materials": "La0.8875Sr0.1125Fe0.9625Ti0.0375O3", "ρb": "7.74", "Rb": "55.45", "B_Tm": "1542.95"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} has a density (B) of {} g/cm³, atomic radius (B) of {} Å, and melting temperature (B) of {} K."} +{"question": "Does the material with ICSD number 8278 exhibit a NM magnetic ordering?", "refer_dataset": "table63", "column names": ["ICSD_number", "Magnetic_ordering"], "condition_column": ["ICSD_number", "Magnetic_ordering"], "answer_column": [], "condition": {"ICSD_number": "8278", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ICSD number {} exhibit a {} magnetic ordering?"} +{"question": "Is a material with formation energy (e_form) of 0.0016083399999999 always structurally unstable (e_hull > 0.0016083399999999)?", "refer_dataset": "table56", "column names": ["e_form", "e_hull"], "condition_column": ["e_form", "e_hull"], "answer_column": [], "condition": {"e_form": "0.0016083399999999", "e_hull": "0.0016083399999999"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with formation energy (e_form) of {} always structurally unstable (e_hull > {})?"} +{"question": "Is a final energy of -191.51312359 observed alongside an OptB88-vdW bandgap of 0.8818999999999999 and band alignment offset of -0.9182967868328644?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "offset"], "condition_column": ["final_energy", "optb88vdw_bandgap", "offset"], "answer_column": [], "condition": {"final_energy": "-191.51312359", "optb88vdw_bandgap": "0.8818999999999999", "offset": "-0.9182967868328644"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} observed alongside an OptB88-vdW bandgap of {} and band alignment offset of {}?"} +{"question": "Is there a spray-etched catalyst from TN 37388 USA with alkaline OVP below 114.0 mV published in a journal (IF>0)?", "refer_dataset": "table13", "column names": ["Country", "Alkaline_OVP", "Judge_Spray", "Judge_Etching", "IF"], "condition_column": ["Country", "Alkaline_OVP", "Judge_Spray"], "answer_column": ["Judge_Etching", "IF"], "condition": {"Country": "TN 37388 USA", "Alkaline_OVP": "114.0", "Judge_Spray": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a spray-etched catalyst from {} with alkaline OVP below {} mV published in a journal (IF>{})?"} +{"question": "Is there a SNUMAT ID SM-3507 with a HSE-derived Indirect band gap, optical gap 5.558663 eV, and FM magnetic ordering?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Direct_or_indirect_HSE", "Band_gap_HSE_optical", "Magnetic_ordering"], "condition_column": ["SNUMAT_id", "Direct_or_indirect_HSE", "Band_gap_HSE_optical"], "answer_column": ["Magnetic_ordering"], "condition": {"SNUMAT_id": "SM-3507", "Direct_or_indirect_HSE": "Indirect", "Band_gap_HSE_optical": "5.558663"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a SNUMAT ID {} with a HSE-derived {} band gap, optical gap {} eV, and FM magnetic ordering?"} +{"question": "A sample calcined at 1273.0 K for 10.0 hours with co-catalyst Pt(0.5 wt％) exhibits RH2 of 62.0 µmol h⁻¹ g⁻¹.", "refer_dataset": "table1", "column names": ["Calcination temperature(K)", "Calcination time(h)", "Co-catalyst", "RH2(µmol h-1 g-1)"], "condition_column": ["Calcination temperature(K)", "Calcination time(h)", "Co-catalyst", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"Calcination temperature(K)": "1273.0", "Calcination time(h)": "10.0", "Co-catalyst": "Pt(0.5 wt％)", "RH2(µmol h-1 g-1)": "62.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A sample calcined at {} K for {} hours with co-catalyst {} exhibits RH2 of {} µmol h⁻¹ g⁻¹."} +{"question": "Does reference mp-775757 correspond to space group Pbca with vacancy data?", "refer_dataset": "table53", "column names": ["ref", "spg", "vac_dat"], "condition_column": ["ref", "spg"], "answer_column": ["vac_dat"], "condition": {"ref": "mp-775757", "spg": "Pbca"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does reference {} correspond to space group {} with vacancy data?"} +{"question": "Is the hydrogen species identifier 10.0 associated with adsorbed H* (Hydrogen)?", "refer_dataset": "table18", "column names": ["a_key", "a"], "condition_column": ["a_key"], "answer_column": ["a"], "condition": {"a_key": "10.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the hydrogen species identifier {} associated with adsorbed H* (Hydrogen)?"} +{"question": "Does material composition BaTi0.97Mo0.03O3 correspond to a bandgap energy (Eg) of 2.6 eV?", "refer_dataset": "table2", "column names": ["Materials", "Eg(eV)"], "condition_column": ["Materials", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "BaTi0.97Mo0.03O3", "Eg(eV)": "2.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material composition {} correspond to a bandgap energy (Eg) of {} eV?"} +{"question": "Do materials with stability above 0.0824087898624003 have band gaps above 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.0824087898624003", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with stability above {} have band gaps above {} eV?"} +{"question": "Is the OptB88-vdW bandgap -0.1169999999999999 associated with a final energy of -109.64061114?", "refer_dataset": "table52", "column names": ["optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_bandgap": "-0.1169999999999999", "final_energy": "-109.64061114"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the OptB88-vdW bandgap {} associated with a final energy of {}?"} +{"question": "Is the Tc for ID 7930 listed as 55.0 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "7930", "Tc": "55.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Tc for ID {} listed as {} K?"} +{"question": "Are the bulk energy of -166.64562 and defective energy of -162.14210213 part of the same entry?", "refer_dataset": "table68", "column names": ["bulk_energy", "defective_energy"], "condition_column": ["bulk_energy", "defective_energy"], "answer_column": [], "condition": {"bulk_energy": "-166.64562", "defective_energy": "-162.14210213"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the bulk energy of {} and defective energy of {} part of the same entry?"} +{"question": "Is there a Composition BeN that uses Dope N and has CH4Ead 0.1343645818?", "refer_dataset": "table24", "column names": ["Composition", "Dope", "CH4Ead"], "condition_column": ["Composition", "Dope", "CH4Ead"], "answer_column": [], "condition": {"Composition": "BeN", "Dope": "N", "CH4Ead": "0.1343645818"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a Composition {} that uses Dope {} and has CH4Ead {}?"} +{"question": "Does a catalyst containing M1=Na, undergoing 900.0℃, yield C2 hydrocarbons at 31.8% selectivity?", "refer_dataset": "table23", "column names": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "condition_column": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "answer_column": [], "condition": {"M1": "Na", "Temp. (℃)": "900.0", "C2 selectivity (%)": "31.8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst containing M1={}, undergoing {}℃, yield C2 hydrocarbons at {}% selectivity?"} +{"question": "Is there a material where element A’s first ionization energy (I1a) is 7.576 eV and element B’s electron affinity (EAb) is 53.14 eV?", "refer_dataset": "table2", "column names": ["I1a", "EAb"], "condition_column": ["I1a", "EAb"], "answer_column": [], "condition": {"I1a": "7.576", "EAb": "53.14"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where element A’s first ionization energy (I1a) is {} eV and element B’s electron affinity (EAb) is {} eV?"} +{"question": "Does Wyckoff position d have a defective energy of -354.73067156 and a vacancy formation factor of ['Ti,1,-0.497', 'Ti,2,-0.097']?", "refer_dataset": "table68", "column names": ["wycoff", "defective_energy", "ff_vac"], "condition_column": ["wycoff", "defective_energy", "ff_vac"], "answer_column": [], "condition": {"wycoff": "d", "defective_energy": "-354.73067156", "ff_vac": "['Ti,1,-0.497', 'Ti,2,-0.097']"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Wyckoff position {} have a defective energy of {} and a vacancy formation factor of {}?"} +{"question": "Does the catalyst composition 0,3%Ru/Ni produce CH4 as the main product?", "refer_dataset": "table30", "column names": ["Catalyst", "Mainproduct"], "condition_column": ["Catalyst", "Mainproduct"], "answer_column": [], "condition": {"Catalyst": "0,3%Ru/Ni", "Mainproduct": "CH4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst composition {} produce {} as the main product?"} +{"question": "Is the formula F5Nb recorded under material ID 988?", "refer_dataset": "table64", "column names": ["formula", "id"], "condition_column": ["formula", "id"], "answer_column": [], "condition": {"formula": "F5Nb", "id": "988"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formula {} recorded under material ID {}?"} +{"question": "Are M1=Na, M2=Mn, and Support SiO2 accompanied by an ethylene yield of 10,1% and CO₂ yield 5,1%?", "refer_dataset": "table27", "column names": ["M1", "M2", "Support", "C2H4 yield(%)", "CO2 yield(%)"], "condition_column": ["M1", "M2", "Support", "C2H4 yield(%)", "CO2 yield(%)"], "answer_column": [], "condition": {"M1": "Na", "M2": "Mn", "Support": "SiO2", "C2H4 yield(%)": "10,1", "CO2 yield(%)": "5,1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are M1={}, M2={}, and Support {} accompanied by an ethylene yield of {}% and CO₂ yield {}%?"} +{"question": "Is there a catalyst where M1 is Na and the C₂ yield is 16.6%?", "refer_dataset": "table23", "column names": ["M1", "C2 yield (%)"], "condition_column": ["M1", "C2 yield (%)"], "answer_column": [], "condition": {"M1": "Na", "C2 yield (%)": "16.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {} and the C₂ yield is {}%?"} +{"question": "Is there an entry where delta e equals 0.35674995435345 eV and stability exceeds 0.35674995435345?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.35674995435345", "_oqmd_stability": "0.35674995435345"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where delta e equals {} eV and stability exceeds {}?"} +{"question": "At 825.0°C, are M1 Mo and M3 (wt%) 3.0% linked to CO 1.1% and CO₂ 3.8% yields?", "refer_dataset": "table26", "column names": ["Temp (oC)", "M1", "M3 (wt%)", "CO yield (%)", "CO2 yield (%)"], "condition_column": ["Temp (oC)", "M1", "M3 (wt%)", "CO yield (%)", "CO2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "825.0", "M1": "Mo", "M3 (wt%)": "3.0", "CO yield (%)": "1.1", "CO2 yield (%)": "3.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, are M1 {} and M3 (wt%) {}% linked to CO {}% and CO₂ {}% yields?"} +{"question": "Is there an alloy containing Mg 0.0, In 0.0, and a J.uAcm2_0.80_fromCV value of 1357.68?", "refer_dataset": "table16", "column names": ["Mg", "In", "J.uAcm2_0.80_fromCV"], "condition_column": ["Mg", "In", "J.uAcm2_0.80_fromCV"], "answer_column": [], "condition": {"Mg": "0.0", "In": "0.0", "J.uAcm2_0.80_fromCV": "1357.68"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an alloy containing Mg {}, In {}, and a J.uAcm2_0.80_fromCV value of {}?"} +{"question": "Is there a scenario where support material none, M3 element none, and CO2 yield 4.6% are present?", "refer_dataset": "table25", "column names": ["Support", "M3", "CO2 yield (%)"], "condition_column": ["Support", "M3", "CO2 yield (%)"], "answer_column": [], "condition": {"Support": "none", "M3": "none", "CO2 yield (%)": "4.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a scenario where support material {}, M3 element {}, and CO2 yield {}% are present?"} +{"question": "Are there nonmetals with a density greater than 14 g/cm³?", "refer_dataset": "table36", "column names": ["Density", "IsNonmetal"], "condition_column": ["Density"], "answer_column": ["IsNonmetal"], "condition": {"Density": "14"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there nonmetals with a density greater than {} g/cm³?"} +{"question": "Does a J.uAcm2_0.63_secondCA value of 4081.124 occur with Y composition 0.0?", "refer_dataset": "table16", "column names": ["J.uAcm2_0.63_secondCA", "Y"], "condition_column": ["J.uAcm2_0.63_secondCA", "Y"], "answer_column": [], "condition": {"J.uAcm2_0.63_secondCA": "4081.124", "Y": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a J.uAcm2_0.63_secondCA value of {} occur with Y composition {}?"} +{"question": "Is there an entry where elements H, 0, and 1 (counts 0, 1) have a formation energy equal to 2.78 eV?", "refer_dataset": "table22", "column names": ["D", "E", "Cn", "Dn", "En", "Formation_E"], "condition_column": ["D", "E", "Cn", "Dn", "En", "Formation_E"], "answer_column": [], "condition": {"D": "H", "E": "0", "Cn": "1", "Dn": "0", "En": "1", "Formation_E": "2.78"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where elements {}, {}, and {} (counts {}, {}) have a formation energy equal to {} eV?"} +{"question": "Does SNUMAT ID SM-17801 correspond to a HSE-derived optical band gap of 1.838293 eV?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_HSE_optical"], "condition_column": ["SNUMAT_id", "Band_gap_HSE_optical"], "answer_column": [], "condition": {"SNUMAT_id": "SM-17801", "Band_gap_HSE_optical": "1.838293"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} correspond to a HSE-derived optical band gap of {} eV?"} +{"question": "Is there a compound with the formula Mo3P, a magnetic moment (mu_b) of 5.6e-06, and a band gap (gap pbe) of 0.0 eV?", "refer_dataset": "table54", "column names": ["formula", "mu_b", "gap pbe"], "condition_column": ["formula", "mu_b", "gap pbe"], "answer_column": [], "condition": {"formula": "Mo3P", "mu_b": "5.6e-06", "gap pbe": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the formula {}, a magnetic moment (mu_b) of {}, and a band gap (gap pbe) of {} eV?"} +{"question": "Are formula units per cell (Z = 1.0) documented for the chemical formula - Ba2 Cu3 O6.9 Y -?", "refer_dataset": "table38", "column names": ["Z", "formula"], "condition_column": ["Z", "formula"], "answer_column": [], "condition": {"Z": "1.0", "formula": "- Ba2 Cu3 O6.9 Y -"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are formula units per cell (Z = {}) documented for the chemical formula {}?"} +{"question": "Are 24.0 hours of synthesis at 120.0°C required to achieve a band gap of 3.38 eV?", "refer_dataset": "table7", "column names": ["Synthesis_Time", "Synhesis_Temp", "Band_gap"], "condition_column": ["Synthesis_Time", "Synhesis_Temp", "Band_gap"], "answer_column": [], "condition": {"Synthesis_Time": "24.0", "Synhesis_Temp": "120.0", "Band_gap": "3.38"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} hours of synthesis at {}°C required to achieve a band gap of {} eV?"} +{"question": "Material ID 2dm-1 from source mp-30033 is reported to have an exfoliation energy per atom of 0.23461665999999992.", "refer_dataset": "table67", "column names": ["material_id", "source_id", "exfoliation_energy_per_atom"], "condition_column": ["material_id", "source_id", "exfoliation_energy_per_atom"], "answer_column": [], "condition": {"material_id": "2dm-1", "source_id": "mp-30033", "exfoliation_energy_per_atom": "0.23461665999999992"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material ID {} from source {} is reported to have an exfoliation energy per atom of {}."} +{"question": "With primary cation V, secondary cation amount 80%, and support SiO2, is methane conversion 600%?", "refer_dataset": "table19", "column names": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "condition_column": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "answer_column": [], "condition": {"Cation1": "V", "Cation2Amount": "80", "Support": "SiO2", "Temp CH4 conv": "600"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With primary cation {}, secondary cation amount {}%, and support {}, is methane conversion {}%?"} +{"question": "Are there materials with heat capacity (Cv) of 6.001999855041504, Gibbs free energy (G) of -8.733847618103027, and enthalpy (H) of -9.330212593078612?", "refer_dataset": "table60", "column names": ["Cv", "G", "H"], "condition_column": ["Cv", "G", "H"], "answer_column": [], "condition": {"Cv": "6.001999855041504", "G": "-8.733847618103027", "H": "-9.330212593078612"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with heat capacity (Cv) of {}, Gibbs free energy (G) of {}, and enthalpy (H) of {}?"} +{"question": "Is there a catalyst combining Ba (C1), V (C2), and 0% C3 amount with CO selectivity 4.9%?", "refer_dataset": "table19", "column names": ["Cation1", "Cation2", "Cation3Amount", "CO sel"], "condition_column": ["Cation1", "Cation2", "Cation3Amount", "CO sel"], "answer_column": [], "condition": {"Cation1": "Ba", "Cation2": "V", "Cation3Amount": "0", "CO sel": "4.9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst combining {} (C1), {} (C2), and {}% C3 amount with CO selectivity {}%?"} +{"question": "Is an MOF type EXCH synthesized at 120.0°C?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp"], "condition_column": ["MOF_Type", "Synhesis_Temp"], "answer_column": [], "condition": {"MOF_Type": "EXCH", "Synhesis_Temp": "120.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is an MOF type {} synthesized at {}°C?"} +{"question": "Is there a case where the valence band maximum is 6.4261, OptB88-vdW bandgap is -0.5526, and conduction band minimum is 6.9787?", "refer_dataset": "table52", "column names": ["optb88vdw_vbm", "optb88vdw_bandgap", "optb88vdw_cbm"], "condition_column": ["optb88vdw_vbm", "optb88vdw_bandgap", "optb88vdw_cbm"], "answer_column": [], "condition": {"optb88vdw_vbm": "6.4261", "optb88vdw_bandgap": "-0.5526", "optb88vdw_cbm": "6.9787"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a case where the valence band maximum is {}, OptB88-vdW bandgap is {}, and conduction band minimum is {}?"} +{"question": "Is there a compound where electron affinities (A) 1.8 kJ/mol and (B) 8.244 kJ/mol coexist with a Ra/Rb ratio of 2.014?", "refer_dataset": "table3", "column names": ["EAa", "EAb", "Ra/Rb"], "condition_column": ["EAa", "EAb", "Ra/Rb"], "answer_column": [], "condition": {"EAa": "1.8", "EAb": "8.244", "Ra/Rb": "2.014"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound where electron affinities (A) {} kJ/mol and (B) {} kJ/mol coexist with a Ra/Rb ratio of {}?"} +{"question": "Does the material with space group number 157 have the symbol P31m?", "refer_dataset": "table48", "column names": ["spg_number", "spg_symbol"], "condition_column": ["spg_number", "spg_symbol"], "answer_column": [], "condition": {"spg_number": "157", "spg_symbol": "P31m"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with space group number {} have the symbol {}?"} +{"question": "Is the license http://arxiv.org/licenses/nonexclusive-distrib/1.0/ used for parsed author [['McLaughlin', 'Dean E.', ''], ['Fall', 'S. Michael', '']] in journal Astrophys.J.679:1272-1287,2008?", "refer_dataset": "table45", "column names": ["license", "authors_parsed", "journal-ref"], "condition_column": ["license", "authors_parsed", "journal-ref"], "answer_column": [], "condition": {"license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "authors_parsed": "[['McLaughlin', 'Dean E.', ''], ['Fall', 'S. Michael', '']]", "journal-ref": "Astrophys.J.679:1272-1287,2008"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the license {} used for parsed author {} in journal {}?"} +{"question": "Does a material using primary anion X as O have a surface area of 2.7 m²/g?", "refer_dataset": "table4", "column names": ["X", "Surface Area(m2/g)"], "condition_column": ["X", "Surface Area(m2/g)"], "answer_column": [], "condition": {"X": "O", "Surface Area(m2/g)": "2.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material using primary anion X as {} have a surface area of {} m²/g?"} +{"question": "Is the material ID mp-10004 classified as a high-performance functional material (e_hull < 0.0, gap pbe > 0.0, and mu_b > 0.0089056)?", "refer_dataset": "table56", "column names": ["id", "e_hull", "gap pbe", "mu_b"], "condition_column": ["id", "e_hull", "gap pbe", "mu_b"], "answer_column": [], "condition": {"id": "mp-10004", "e_hull": "0.0", "gap pbe": "0.0", "mu_b": "0.0089056"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material ID {} classified as a high-performance functional material (e_hull < {}, gap pbe > {}, and mu_b > {})?"} +{"question": "Are there instances of Temperature 750°C with a C2y of exactly 33.6%?", "refer_dataset": "table28", "column names": ["Temperature", "C2y"], "condition_column": ["Temperature", "C2y"], "answer_column": [], "condition": {"Temperature": "750", "C2y": "33.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances of Temperature {}°C with a C2y of exactly {}%?"} +{"question": "Does a normalized pairwise distance 1 (NPR1) mean of 0.048551639 correspond to NPR2 mean of 0.9915994306201746?", "refer_dataset": "table41", "column names": ["npr1_mean_0", "npr2_mean_0"], "condition_column": ["npr1_mean_0", "npr2_mean_0"], "answer_column": [], "condition": {"npr1_mean_0": "0.048551639", "npr2_mean_0": "0.9915994306201746"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a normalized pairwise distance 1 (NPR1) mean of {} correspond to NPR2 mean of {}?"} +{"question": "Is there a primary sacrificial agent of NaNO2 used with a light power input of 125.0 W?", "refer_dataset": "table4", "column names": ["Sac. Agent1", "Power(W)"], "condition_column": ["Sac. Agent1", "Power(W)"], "answer_column": [], "condition": {"Sac. Agent1": "NaNO2", "Power(W)": "125.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a primary sacrificial agent of {} used with a light power input of {} W?"} +{"question": "Is the energy threshold of -1.96230178667 valid for the chemical formula I2Sr?", "refer_dataset": "table64", "column names": ["formula_energy", "formula"], "condition_column": ["formula_energy", "formula"], "answer_column": [], "condition": {"formula_energy": "-1.96230178667", "formula": "I2Sr"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy threshold of {} valid for the chemical formula {}?"} +{"question": "At 800°C, does a CH4/O2 ratio of 2.0 correspond to a C2 yield of 24.8%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "condition_column": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "800", "CH4/O2 ratio": "2.0", "C2 yield (%)": "24.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, does a CH4/O2 ratio of {} correspond to a C2 yield of {}%?"} +{"question": "A material from source mp-580941 with exfoliation energy per atom 0.18241974124999993 has a bandgap of 0.1498999999999997.", "refer_dataset": "table67", "column names": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "condition_column": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"source_id": "mp-580941", "exfoliation_energy_per_atom": "0.18241974124999993", "bandgap": "0.1498999999999997"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material from source {} with exfoliation energy per atom {} has a bandgap of {}."} +{"question": "Is there a catalyst with support materials 13.0 and 0.0 at molar percentages 0.0% and 0.0% with COx selectivity 95.2%?", "refer_dataset": "table20", "column names": ["Support1", "Support2", "Support1-mol", "Support2-mol", "COx"], "condition_column": ["Support1", "Support2", "Support1-mol", "Support2-mol", "COx"], "answer_column": [], "condition": {"Support1": "13.0", "Support2": "0.0", "Support1-mol": "0.0", "Support2-mol": "0.0", "COx": "95.2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with support materials {} and {} at molar percentages {}% and {}% with COx selectivity {}%?"} +{"question": "The compound Nb4CoSi displays a band gap (gap pbe) of 0.0064000000000001 eV, a formation energy (e_form) of -0.3431781066666677 eV, and an elastic anisotropy of 0.03.", "refer_dataset": "table54", "column names": ["formula", "gap pbe", "e_form", "elastic anisotropy"], "condition_column": ["formula", "gap pbe", "e_form", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "Nb4CoSi", "gap pbe": "0.0064000000000001", "e_form": "-0.3431781066666677", "elastic anisotropy": "0.03"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The compound {} displays a band gap (gap pbe) of {} eV, a formation energy (e_form) of {} eV, and an elastic anisotropy of {}."} +{"question": "Does a catalyst with 92.0% primary support and 0.0% secondary support yield C2 selectivity above 0.0%?", "refer_dataset": "table20", "column names": ["Support1-mol", "Support2-mol", "C2-selectivity"], "condition_column": ["Support1-mol", "Support2-mol", "C2-selectivity"], "answer_column": [], "condition": {"Support1-mol": "92.0", "Support2-mol": "0.0", "C2-selectivity": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst with {}% primary support and {}% secondary support yield C2 selectivity above {}%?"} +{"question": "Is there a system using sacrificial agents Na2S and Na2SO3 under light type Xe achieving a production rate of 1940.0 μmol/g?", "refer_dataset": "table4", "column names": ["Sac. Agent1", "Sac. Agent2", "Light Type", "ProdRate(μmol/g)"], "condition_column": ["Sac. Agent1", "Sac. Agent2", "Light Type", "ProdRate(μmol/g)"], "answer_column": [], "condition": {"Sac. Agent1": "Na2S", "Sac. Agent2": "Na2SO3", "Light Type": "Xe", "ProdRate(μmol/g)": "1940.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a system using sacrificial agents {} and {} under light type {} achieving a production rate of {} μmol/g?"} +{"question": "Does any perovskite with secondary A2 site La have a cycle3 measurement of 1491.7?", "refer_dataset": "table5", "column names": ["A2 site", "cycle3"], "condition_column": ["A2 site", "cycle3"], "answer_column": [], "condition": {"A2 site": "La", "cycle3": "1491.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any perovskite with secondary A2 site {} have a cycle3 measurement of {}?"} +{"question": "Is there a UiO-66-Cr CAT photocatalyst used in the Liquid phase?", "refer_dataset": "table7", "column names": ["Photocatalyst(s)", "Phase"], "condition_column": ["Photocatalyst(s)", "Phase"], "answer_column": [], "condition": {"Photocatalyst(s)": "UiO-66-Cr CAT", "Phase": "Liquid"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} photocatalyst used in the {} phase?"} +{"question": "Is the primary B site cation In present in any material with a cycle5 value of 383.3?", "refer_dataset": "table5", "column names": ["B site", "cycle5"], "condition_column": ["B site", "cycle5"], "answer_column": [], "condition": {"B site": "In", "cycle5": "383.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the primary B site cation {} present in any material with a cycle5 value of {}?"} +{"question": "Is there a combination of M1 as Mg, M3 as Zn, and total flow rate 15.0 mL/min?", "refer_dataset": "table23", "column names": ["M1", "M3", "Total flow (mL/min)"], "condition_column": ["M1", "M3", "Total flow (mL/min)"], "answer_column": [], "condition": {"M1": "Mg", "M3": "Zn", "Total flow (mL/min)": "15.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of M1 as {}, M3 as {}, and total flow rate {} mL/min?"} +{"question": "Does any compound exhibit a band gap (gap pbe) exceeding 0.0 eV combined with an energy above convex hull (e_hull) below 0.0039807824999997 eV?", "refer_dataset": "table54", "column names": ["gap pbe", "e_hull"], "condition_column": ["gap pbe", "e_hull"], "answer_column": [], "condition": {"gap pbe": "0.0", "e_hull": "0.0039807824999997"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a band gap (gap pbe) exceeding {} eV combined with an energy above convex hull (e_hull) below {} eV?"} +{"question": "Is there a catalyst with M1=none, M2=none, and SiO2 support achieving H₂ yield 6%?", "refer_dataset": "table27", "column names": ["M1", "M2", "Support", "H2 yield(%)"], "condition_column": ["M1", "M2", "Support", "H2 yield(%)"], "answer_column": [], "condition": {"M1": "none", "M2": "none", "Support": "SiO2", "H2 yield(%)": "6"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M1={}, M2={}, and {} support achieving H₂ yield {}%?"} +{"question": "Are there instances where Cation1 is 29.0, Cation2 is 0.0, and COx selectivity is below 100.0%?", "refer_dataset": "table20", "column names": ["Cation1", "Cation2", "COx"], "condition_column": ["Cation1", "Cation2", "COx"], "answer_column": [], "condition": {"Cation1": "29.0", "Cation2": "0.0", "COx": "100.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where Cation1 is {}, Cation2 is {}, and COx selectivity is below {}%?"} +{"question": "Are materials in space group P222_1 phonon-stable?", "refer_dataset": "table53", "column names": ["spg", "phon_dat"], "condition_column": ["spg"], "answer_column": ["phon_dat"], "condition": {"spg": "P222_1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials in space group {} phonon-stable?"} +{"question": "Is the prototype structure A_11_spg194 (space group 194) associated with the chemical formula Ac?", "refer_dataset": "table44", "column names": ["prototype_id", "spg", "formula"], "condition_column": ["prototype_id", "spg", "formula"], "answer_column": [], "condition": {"prototype_id": "A_11_spg194", "spg": "194", "formula": "Ac"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the prototype structure {} (space group {}) associated with the chemical formula {}?"} +{"question": "At a calcination temperature of 600°C and experimental temp 25°C, does the degradation rate reach 82.0%?", "refer_dataset": "table8", "column names": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "condition_column": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Calcination temperature(°C)": "600", "Experimental temperature(°C)": "25", "Degradation rate(%)": "82.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a calcination temperature of {}°C and experimental temp {}°C, does the degradation rate reach {}%?"} +{"question": "Does experimental temp 25°C, combined with wavelength 425 nm, yield 89.0% degradation?", "refer_dataset": "table8", "column names": ["Experimental temperature(°C)", "Light wavelength(nm)", "Degradation rate(%)"], "condition_column": ["Experimental temperature(°C)", "Light wavelength(nm)", "Degradation rate(%)"], "answer_column": [], "condition": {"Experimental temperature(°C)": "25", "Light wavelength(nm)": "425", "Degradation rate(%)": "89.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does experimental temp {}°C, combined with wavelength {} nm, yield {}% degradation?"} +{"question": "Is the formula energy of the material with ID 1433 equal to -2.84179646508?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "1433", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formula energy of the material with ID {} equal to {}?"} +{"question": "Is there a catalyst labeled OD-Cu in chemical environment 1.0 published in 2012.0 with doping enabled?", "refer_dataset": "table12", "column names": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year", "Doping"], "condition_column": ["Catalyst label", "Chemical Environment 1=electrolyte 2=pressure", "Year"], "answer_column": ["Doping"], "condition": {"Catalyst label": "OD-Cu", "Chemical Environment 1=electrolyte 2=pressure": "1.0", "Year": "2012.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst labeled {} in chemical environment {} published in {} with doping enabled?"} +{"question": "Does any material have element H (atomic number 7) paired with element H in a structure with volume 68.0188498248 ų?", "refer_dataset": "table22", "column names": ["C", "C_AtomN", "D", "Volume"], "condition_column": ["C", "C_AtomN", "D", "Volume"], "answer_column": [], "condition": {"C": "H", "C_AtomN": "7", "D": "H", "Volume": "68.0188498248"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have element {} (atomic number {}) paired with element {} in a structure with volume {} ų?"} +{"question": "Does reference mp-984728 correspond to space group P1 with vacancy data?", "refer_dataset": "table53", "column names": ["ref", "spg", "vac_dat"], "condition_column": ["ref", "spg"], "answer_column": ["vac_dat"], "condition": {"ref": "mp-984728", "spg": "P1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does reference {} correspond to space group {} with vacancy data?"} +{"question": "Is species H2OH2CO associated with a HOMO of -0.27903 eV and lattice matrix {'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[0.37535, -1.21721, 0.0], [-0.464335, -2.052014, 0.0], [1.462582, -1.372056, 0.0], [0.0, 0.716898, 0.0]], 'elements': ['C', 'O', 'H', 'Br'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '']}?", "refer_dataset": "table46", "column names": ["species", "homo", "atoms"], "condition_column": ["species", "homo", "atoms"], "answer_column": [], "condition": {"species": "H2OH2CO", "homo": "-0.27903", "atoms": "{'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[0.37535, -1.21721, 0.0], [-0.464335, -2.052014, 0.0], [1.462582, -1.372056, 0.0], [0.0, 0.716898, 0.0]], 'elements': ['C', 'O', 'H', 'Br'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '']}"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a HOMO of {} eV and lattice matrix {}?"} +{"question": "Can entry 472978.0 have thermodynamic stability of 0.226107440851378 alongside a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472978.0", "_oqmd_stability": "0.226107440851378", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} have thermodynamic stability of {} alongside a band gap of {} eV?"} +{"question": "Is there an Alkaline Earth metal with a valence of 0, a specific heat capacity of 1 J/g·K, and a Wigner-Seitz radius (n_ws^third) of ?", "refer_dataset": "table36", "column names": ["IsAlkalineEarth", "valence", "specific heat capacity", "n_ws^third"], "condition_column": ["IsAlkalineEarth", "valence", "specific heat capacity"], "answer_column": ["n_ws^third"], "condition": {"IsAlkalineEarth": "0", "valence": "1", "specific heat capacity": " "}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an Alkaline Earth metal with a valence of {}, a specific heat capacity of {} J/g·K, and a Wigner-Seitz radius (n_ws^third) of {}?"} +{"question": "A molecular formula La0.925Sr0.075Fe0.925Ti0.075O3 prepared via Flux-growth method with co-catalyst Pt(0.5 wt％) achieves RH2 of 554.7 µmol h⁻¹ g⁻¹.", "refer_dataset": "table1", "column names": ["Molecular formula", "Preparation method", "Co-catalyst", "RH2(µmol h-1 g-1)"], "condition_column": ["Molecular formula", "Preparation method", "Co-catalyst", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"Molecular formula": "La0.925Sr0.075Fe0.925Ti0.075O3", "Preparation method": "Flux-growth", "Co-catalyst": "Pt(0.5 wt％)", "RH2(µmol h-1 g-1)": "554.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A molecular formula {} prepared via {} method with co-catalyst {} achieves RH2 of {} µmol h⁻¹ g⁻¹."} +{"question": "The superconducting material La1.85Ca0.989Sr0.161Cu2O5.93 (ID 4837) has a transition temperature of 7.0 K.", "refer_dataset": "table65", "column names": ["formula", "id", "Tc"], "condition_column": ["formula", "id", "Tc"], "answer_column": [], "condition": {"formula": "La1.85Ca0.989Sr0.161Cu2O5.93", "id": "4837", "Tc": "7.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The superconducting material {} (ID {}) has a transition temperature of {} K."} +{"question": "Does Harbin Inst Technol February 2024-indexed article (DOI: 2019-10-18 00:00:00) use 3+ synthesis methods with OVP warnings?", "refer_dataset": "table13", "column names": ["Facility", "Indexed_Date", "DOI", "Judge_Hydrothermal", "Judge_Microwave", "Judge_Spray", "Warning_OER.1"], "condition_column": ["Facility", "Indexed_Date"], "answer_column": ["DOI", "Judge_Hydrothermal", "Judge_Microwave", "Judge_Spray", "Warning_OER.1"], "condition": {"Facility": "Harbin Inst Technol", "Indexed_Date": "2019-10-18 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} February 2024-indexed article (DOI: {}) use 3+ synthesis methods with OVP warnings?"} +{"question": "Was the study on compound [Zn(μ-L)2Dy(NO3)3]n·solvents published in 2007 with a CSM value of 1.749?", "refer_dataset": "table34", "column names": ["compound", "pub_year", "CSM"], "condition_column": ["compound", "pub_year", "CSM"], "answer_column": [], "condition": {"compound": "[Zn(μ-L)2Dy(NO3)3]n·solvents", "pub_year": "2007", "CSM": "1.749"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the study on compound {} published in {} with a CSM value of {}?"} +{"question": "Is there a material with the chemical formula PbTe and energy value of -0.5311688375?", "refer_dataset": "table64", "column names": ["formula", "formula_energy"], "condition_column": ["formula", "formula_energy"], "answer_column": [], "condition": {"formula": "PbTe", "formula_energy": "-0.5311688375"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and energy value of {}?"} +{"question": "Is the tolerance factor 1.007 paired with a PBE mixing energy of 0.0?", "refer_dataset": "table49", "column names": ["Tol", "PBE_mix_energy"], "condition_column": ["Tol", "PBE_mix_energy"], "answer_column": [], "condition": {"Tol": "1.007", "PBE_mix_energy": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the tolerance factor {} paired with a PBE mixing energy of {}?"} +{"question": "Is there a cubic crystal-structured element with a melting energy of 0 kJ/mol and an electronegativity of 0.0585?", "refer_dataset": "table36", "column names": ["IsCubic", "heat of fusion", "Electro-negativity"], "condition_column": ["IsCubic", "heat of fusion"], "answer_column": ["Electro-negativity"], "condition": {"IsCubic": "0", "heat of fusion": "0.0585"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a cubic crystal-structured element with a melting energy of {} kJ/mol and an electronegativity of {}?"} +{"question": "Does preparation 1.0 at temperature 1073.0 with contact time 0.04 achieve a methane conversion of 5.0%?", "refer_dataset": "table20", "column names": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "condition_column": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "answer_column": [], "condition": {"Preparation": "1.0", "Temperature": "1073.0", "Contact-times": "0.04", "CH4-conversion%": "5.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does preparation {} at temperature {} with contact time {} achieve a methane conversion of {}%?"} +{"question": "Is the γ' phase size 27.0 nm observed with 80.0% Co and 0.0% Ni?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Co", "Ni"], "condition_column": ["γ＇相尺寸 (nm)", "Co", "Ni"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "27.0", "Co": "80.0", "Ni": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the γ' phase size {} nm observed with {}% Co and {}% Ni?"} +{"question": "Is there a degradation rate of C% when using a dopant of 78.0?", "refer_dataset": "table8", "column names": ["Dopant", "Degradation rate(%)"], "condition_column": ["Dopant", "Degradation rate(%)"], "answer_column": [], "condition": {"Dopant": "C", "Degradation rate(%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a degradation rate of {}% when using a dopant of {}?"} +{"question": "Is there a material with electronegativity of B (χpb) 1.79 and component A's boiling temp (A_Tb) of 899.97 K?", "refer_dataset": "table2", "column names": ["χpb", "A_Tb"], "condition_column": ["χpb", "A_Tb"], "answer_column": [], "condition": {"χpb": "1.79", "A_Tb": "899.97"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with electronegativity of B (χpb) {} and component A's boiling temp (A_Tb) of {} K?"} +{"question": "Does any material have a HOMO energy of -9.211053848266602 and LUMO energy of 2.83270525932312?", "refer_dataset": "table60", "column names": ["homo", "lumo"], "condition_column": ["homo", "lumo"], "answer_column": [], "condition": {"homo": "-9.211053848266602", "lumo": "2.83270525932312"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have a HOMO energy of {} and LUMO energy of {}?"} +{"question": "Is the compound LiMg6Cu electronically conductive (gap pbe = 0), magnetically ordered (mu_b > 0.0), and mechanically rigid (bulk modulus > 6.11e-05)?", "refer_dataset": "table56", "column names": ["formula", "gap pbe", "mu_b", "bulk modulus"], "condition_column": ["formula", "gap pbe", "mu_b"], "answer_column": ["bulk modulus"], "condition": {"formula": "LiMg6Cu", "gap pbe": "0.0", "mu_b": "6.11e-05"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the compound {} electronically conductive (gap pbe = 0), magnetically ordered (mu_b > {}), and mechanically rigid (bulk modulus > {})?"} +{"question": "Is the heat capacity (Cv) 26.174999237060547 paired with a polarizability of 12.989999771118164?", "refer_dataset": "table60", "column names": ["Cv", "alpha"], "condition_column": ["Cv", "alpha"], "answer_column": [], "condition": {"Cv": "26.174999237060547", "alpha": "12.989999771118164"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the heat capacity (Cv) {} paired with a polarizability of {}?"} +{"question": "Can ID 218, formula BeH2, and energy -0.0656403766667 collectively represent a stable material?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "218", "formula": "BeH2", "formula_energy": "-0.0656403766667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can ID {}, formula {}, and energy {} collectively represent a stable material?"} +{"question": "Is there a record of 10 minutes of illumination with Material MIL-101 and pH 4.1 achieving 35.0% efficiency?", "refer_dataset": "table6", "column names": ["Illumination time (min)", "Material", "pH", "Degradation efficiency (%)"], "condition_column": ["Illumination time (min)", "Material", "pH", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Illumination time (min)": "10", "Material": "MIL-101", "pH": "4.1", "Degradation efficiency (%)": "35.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a record of {} minutes of illumination with Material {} and pH {} achieving {}% efficiency?"} +{"question": "Is there a material with an exfoliation energy per atom of 0.12258656449999972 and a stability energy per atom of -3.2437940866666666?", "refer_dataset": "table67", "column names": ["exfoliation_energy_per_atom", "energy_per_atom"], "condition_column": ["exfoliation_energy_per_atom", "energy_per_atom"], "answer_column": [], "condition": {"exfoliation_energy_per_atom": "0.12258656449999972", "energy_per_atom": "-3.2437940866666666"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with an exfoliation energy per atom of {} and a stability energy per atom of {}?"} +{"question": "Is the material with unit cell formula {'In': 3.0, 'Ga': 1.0} in space group True non-compatible?", "refer_dataset": "table55", "column names": ["unit_cell_formula", "is_compatible", "spacegroup"], "condition_column": ["unit_cell_formula", "is_compatible"], "answer_column": ["spacegroup"], "condition": {"unit_cell_formula": "{'In': 3.0, 'Ga': 1.0}", "is_compatible": "True"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with unit cell formula {} in space group {} non-compatible?"} +{"question": "Is there an entry where elements H, 0, and 1 (counts 0, 2) have a formation energy equal to 3.04 eV?", "refer_dataset": "table22", "column names": ["D", "E", "Cn", "Dn", "En", "Formation_E"], "condition_column": ["D", "E", "Cn", "Dn", "En", "Formation_E"], "answer_column": [], "condition": {"D": "H", "E": "0", "Cn": "1", "Dn": "0", "En": "2", "Formation_E": "3.04"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where elements {}, {}, and {} (counts {}, {}) have a formation energy equal to {} eV?"} +{"question": "Is there a γ' size of 7.7 nm in alloys with 0.0% Nb?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Nb"], "condition_column": ["γ＇相尺寸 (nm)", "Nb"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "7.7", "Nb": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a γ' size of {} nm in alloys with {}% Nb?"} +{"question": "Is the total energy for mat_id agm005572787 corrected to -139.17065 eV?", "refer_dataset": "table44", "column names": ["mat_id", "energy_corrected"], "condition_column": ["mat_id", "energy_corrected"], "answer_column": [], "condition": {"mat_id": "agm005572787", "energy_corrected": "-139.17065"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total energy for mat_id {} corrected to {} eV?"} +{"question": "Does calcination at 750°C followed by aging for 4 hours produce a compound with surface area 22.0 m²/g and thermal desorption at 110°C?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "condition_column": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "answer_column": [], "condition": {"CT (℃)": "750", "AH (h)": "4", "SSA (m2 g -1 )": "22.0", "DT (℃)": "110"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does calcination at {}°C followed by aging for {} hours produce a compound with surface area {} m²/g and thermal desorption at {}°C?"} +{"question": "Does the material with composition Ba2Cd2Pr4Ni8O24 contain exactly 5 distinct elements?", "refer_dataset": "table35", "column names": ["Material Composition", "Number of elements"], "condition_column": ["Material Composition", "Number of elements"], "answer_column": [], "condition": {"Material Composition": "Ba2Cd2Pr4Ni8O24", "Number of elements": "5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with composition {} contain exactly {} distinct elements?"} +{"question": "Is the license http://arxiv.org/licenses/nonexclusive-distrib/1.0/ used for parsed author [['Zhang', 'Zhongzhi', ''], ['Fang', 'Lujun', ''], ['Zhou', 'Shuigeng', ''], ['Guan', 'Jihong', '']] in journal J. of Pure and Applied Algebra, 213(2) (Feb. 2009) 264-278?", "refer_dataset": "table45", "column names": ["license", "authors_parsed", "journal-ref"], "condition_column": ["license", "authors_parsed", "journal-ref"], "answer_column": [], "condition": {"license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "authors_parsed": "[['Zhang', 'Zhongzhi', ''], ['Fang', 'Lujun', ''], ['Zhou', 'Shuigeng', ''], ['Guan', 'Jihong', '']]", "journal-ref": "J. of Pure and Applied Algebra, 213(2) (Feb. 2009) 264-278"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the license {} used for parsed author {} in journal {}?"} +{"question": "Does a reaction at temperature 607.0, contact time 1.27, and CH₄ pressure 0.64 result in C2 yield classification 0.0?", "refer_dataset": "table20", "column names": ["Temperature", "Contact-times", "CH4-pressure", "C2-yield-class"], "condition_column": ["Temperature", "Contact-times", "CH4-pressure", "C2-yield-class"], "answer_column": [], "condition": {"Temperature": "607.0", "Contact-times": "1.27", "CH4-pressure": "0.64", "C2-yield-class": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a reaction at temperature {}, contact time {}, and CH₄ pressure {} result in C2 yield classification {}?"} +{"question": "Does M3 none, processed at 845°C under Pch4 0.27 atm, exist in the data?", "refer_dataset": "table28", "column names": ["M3", "Temperature", "Pch4"], "condition_column": ["M3", "Temperature", "Pch4"], "answer_column": [], "condition": {"M3": "none", "Temperature": "845", "Pch4": "0.27"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M3 {}, processed at {}°C under Pch4 {} atm, exist in the data?"} +{"question": "Does electronegativity of B (χpb) 1.53 correspond to its density (ρb) 16.07 g/cm³ and boiling temp (B_Tb) 5263.3 K?", "refer_dataset": "table2", "column names": ["χpb", "ρb", "B_Tb"], "condition_column": ["χpb", "ρb", "B_Tb"], "answer_column": [], "condition": {"χpb": "1.53", "ρb": "16.07", "B_Tb": "5263.3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does electronegativity of B (χpb) {} correspond to its density (ρb) {} g/cm³ and boiling temp (B_Tb) {} K?"} +{"question": "Is there a catalyst with M2 set to Tb, a C₂ yield of 9.2% at 800.0℃?", "refer_dataset": "table23", "column names": ["M2", "C2 yield (%)", "Temp. (℃)"], "condition_column": ["M2", "C2 yield (%)", "Temp. (℃)"], "answer_column": [], "condition": {"M2": "Tb", "C2 yield (%)": "9.2", "Temp. (℃)": "800.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M2 set to {}, a C₂ yield of {}% at {}℃?"} +{"question": "Does the material with formula Ac10(BiPb)3 have a direct band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["formula", "band_gap_dir"], "condition_column": ["formula", "band_gap_dir"], "answer_column": [], "condition": {"formula": "Ac10(BiPb)3", "band_gap_dir": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} have a direct band gap of {} eV?"} +{"question": "Does the entry with ID 472977.0 have a delta e value above -1.29377115780956 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_delta_e"], "condition_column": ["_oqmd_entry_id", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_entry_id": "472977.0", "_oqmd_delta_e": "-1.29377115780956"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry with ID {} have a delta e value above {} eV?"} +{"question": "Are there nonmetals with a density greater than 0.0899 g/cm³?", "refer_dataset": "table36", "column names": ["Density", "IsNonmetal"], "condition_column": ["Density"], "answer_column": ["IsNonmetal"], "condition": {"Density": "0.0899"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there nonmetals with a density greater than {} g/cm³?"} +{"question": "Is irradiation for 3.0 hours associated with a bandgap energy of 3.2 eV?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Eg(eV)"], "condition_column": ["irradiation time(h)", "Eg(eV)"], "answer_column": [], "condition": {"irradiation time(h)": "3.0", "Eg(eV)": "3.2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is irradiation for {} hours associated with a bandgap energy of {} eV?"} +{"question": "Is there a P4/nmm material with formation energy per atom of -0.42762 eV and ehull 2.103442283333333?", "refer_dataset": "table47", "column names": ["spg_symbol", "formation_energy_peratom", "ehull"], "condition_column": ["spg_symbol", "formation_energy_peratom", "ehull"], "answer_column": [], "condition": {"spg_symbol": "P4/nmm", "formation_energy_peratom": "-0.42762", "ehull": "2.103442283333333"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} material with formation energy per atom of {} eV and ehull {}?"} +{"question": "Are materials with substitution element A1 as Ni linked to a light wavelength cutoff of 400.0 nm?", "refer_dataset": "table4", "column names": ["A1", "Wave length( 131.4023301801204) and magnetically inactive (mu_b = 0)?", "refer_dataset": "table56", "column names": ["bulk modulus", "mu_b"], "condition_column": ["bulk modulus"], "answer_column": ["mu_b"], "condition": {"bulk modulus": "131.4023301801204"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are any materials both mechanically stiff (bulk modulus > {}) and magnetically inactive (mu_b = 0)?"} +{"question": "Does num_rot_bonds mean 8 occur with num_bonds mean 26 and getaway mean 10.700909090909091?", "refer_dataset": "table41", "column names": ["num_rot_bonds_mean_0", "num_bonds_mean_0", "getaway_mean_0"], "condition_column": ["num_rot_bonds_mean_0", "num_bonds_mean_0", "getaway_mean_0"], "answer_column": [], "condition": {"num_rot_bonds_mean_0": "8", "num_bonds_mean_0": "26", "getaway_mean_0": "10.700909090909091"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does num_rot_bonds mean {} occur with num_bonds mean {} and getaway mean {}?"} +{"question": "Is there a material that has a shear modulus under 53.0 GPa and a formation energy (e_form) over -0.5368441919999996 eV?", "refer_dataset": "table54", "column names": ["shear modulus", "e_form"], "condition_column": ["shear modulus", "e_form"], "answer_column": [], "condition": {"shear modulus": "53.0", "e_form": "-0.5368441919999996"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has a shear modulus under {} GPa and a formation energy (e_form) over {} eV?"} +{"question": "Is a polymer weight percentage of 0.335% used with a surfactant percentage of 0.425%?", "refer_dataset": "table42", "column names": ["Polymer, % wt.", "Surfactant, % wt."], "condition_column": ["Polymer, % wt.", "Surfactant, % wt."], "answer_column": [], "condition": {"Polymer, % wt.": "0.335", "Surfactant, % wt.": "0.425"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a polymer weight percentage of {}% used with a surfactant percentage of {}%?"} +{"question": "Does a methane pressure of 0.6 atm correlate with an argon pressure of 0.0 atm?", "refer_dataset": "table28", "column names": ["Pch4", "Par"], "condition_column": ["Pch4", "Par"], "answer_column": [], "condition": {"Pch4": "0.6", "Par": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane pressure of {} atm correlate with an argon pressure of {} atm?"} +{"question": "Is there a spray synthesis study from KY 40292 USA country?", "refer_dataset": "table13", "column names": ["Country", "Judge_Spray"], "condition_column": ["Country"], "answer_column": ["Judge_Spray"], "condition": {"Country": "KY 40292 USA"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a spray synthesis study from {} country?"} +{"question": "Does a Mn bpy-t-bu)(CO3)+ material-based catalyst require surface strain for operation?", "refer_dataset": "table12", "column names": ["Material", "Surface Strain"], "condition_column": ["Material"], "answer_column": ["Surface Strain"], "condition": {"Material": "Mn bpy-t-bu)(CO3)+"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} material-based catalyst require surface strain for operation?"} +{"question": "Is the Coulombic efficiency of 19.0% achieved without alloying (Alloying=0)?", "refer_dataset": "table12", "column names": ["C.E. %", "Alloying"], "condition_column": ["C.E. %"], "answer_column": ["Alloying"], "condition": {"C.E. %": "19.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Coulombic efficiency of {}% achieved without alloying (Alloying=0)?"} +{"question": "Is the primary B site cation Ti present in any material with a cycle5 value of 8240?", "refer_dataset": "table5", "column names": ["B site", "cycle5"], "condition_column": ["B site", "cycle5"], "answer_column": [], "condition": {"B site": "Ti", "cycle5": "8240"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the primary B site cation {} present in any material with a cycle5 value of {}?"} +{"question": "Are there materials where Pauling electronegativity (A) is 1.49 and melting temperature (A) is 524.2 K?", "refer_dataset": "table3", "column names": ["χpa", "A_Tm"], "condition_column": ["χpa", "A_Tm"], "answer_column": [], "condition": {"χpa": "1.49", "A_Tm": "524.2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where Pauling electronegativity (A) is {} and melting temperature (A) is {} K?"} +{"question": "Is the material Ba2La6Co8O24 associated with an A-site ionic radius of 2.8225, B-site d-orbital valence range of 0, and energy above hull of 59.6349893815?", "refer_dataset": "table37", "column names": ["Material Composition", "A_O", "Bsite_NdValence_range", "EnergyAboveHull"], "condition_column": ["Material Composition", "A_O", "Bsite_NdValence_range", "EnergyAboveHull"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Co8O24", "A_O": "2.8225", "Bsite_NdValence_range": "0", "EnergyAboveHull": "59.6349893815"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material {} associated with an A-site ionic radius of {}, B-site d-orbital valence range of {}, and energy above hull of {}?"} +{"question": "If the final energy is -94.22629209, does the material have a valence band maximum of 3.9299 and OptB88-vdW bandgap of -0.3521999999999998?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_vbm", "optb88vdw_bandgap"], "condition_column": ["final_energy", "optb88vdw_vbm", "optb88vdw_bandgap"], "answer_column": [], "condition": {"final_energy": "-94.22629209", "optb88vdw_vbm": "3.9299", "optb88vdw_bandgap": "-0.3521999999999998"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the final energy is {}, does the material have a valence band maximum of {} and OptB88-vdW bandgap of {}?"} +{"question": "Is there a material with formation energy -1.6146162 eV and density of states at Fermi level of 5.0205603?", "refer_dataset": "table44", "column names": ["e_form", "dos_ef"], "condition_column": ["e_form", "dos_ef"], "answer_column": [], "condition": {"e_form": "-1.6146162", "dos_ef": "5.0205603"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with formation energy {} eV and density of states at Fermi level of {}?"} +{"question": "Is there a γ' size of 1.27 nm in alloys with 0.0% Ta?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Ta"], "condition_column": ["γ＇相尺寸 (nm)", "Ta"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "1.27", "Ta": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a γ' size of {} nm in alloys with {}% Ta?"} +{"question": "Is a bandgap energy of 0.91 eV observed in materials with element A’s electron affinity (EAa) 14.0 eV and radius ratio (Ra/Rb) 2.013?", "refer_dataset": "table2", "column names": ["Eg(eV)", "EAa", "Ra/Rb"], "condition_column": ["Eg(eV)", "EAa", "Ra/Rb"], "answer_column": [], "condition": {"Eg(eV)": "0.91", "EAa": "14.0", "Ra/Rb": "2.013"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a bandgap energy of {} eV observed in materials with element A’s electron affinity (EAa) {} eV and radius ratio (Ra/Rb) {}?"} +{"question": "Is a material with stability 0.35674995435345, band gap 0.0, and delta e 0.35674995435345 present in the database?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_stability": "0.35674995435345", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.35674995435345"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with stability {}, band gap {}, and delta e {} present in the database?"} +{"question": "Is the Tc for ID 1721 listed as 4.9 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "1721", "Tc": "4.9"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the Tc for ID {} listed as {} K?"} +{"question": "Are there any entries where ID 11034 has a Tc exceeding 0.0 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "11034", "Tc": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any entries where ID {} has a Tc exceeding {} K?"} +{"question": "Does the catalyst composition NiCo(7:3)/Al2O3 produce CH4 as the main product?", "refer_dataset": "table30", "column names": ["Catalyst", "Mainproduct"], "condition_column": ["Catalyst", "Mainproduct"], "answer_column": [], "condition": {"Catalyst": "NiCo(7:3)/Al2O3", "Mainproduct": "CH4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst composition {} produce {} as the main product?"} +{"question": "Is there a catalyst with support materials 13.0 and 0.0 at molar percentages 89.6% and 0.0% with COx selectivity 55.9%?", "refer_dataset": "table20", "column names": ["Support1", "Support2", "Support1-mol", "Support2-mol", "COx"], "condition_column": ["Support1", "Support2", "Support1-mol", "Support2-mol", "COx"], "answer_column": [], "condition": {"Support1": "13.0", "Support2": "0.0", "Support1-mol": "89.6", "Support2-mol": "0.0", "COx": "55.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with support materials {} and {} at molar percentages {}% and {}% with COx selectivity {}%?"} +{"question": "Is the perovskite oxide with molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 synthesized at 600°C calcination temperature and aged for 2 hours linked to a specific surface area of 20.63 m²/g?", "refer_dataset": "table11", "column names": ["Molecular formulas", "CT (℃)", "AH (h)", "SSA (m2 g -1 )"], "condition_column": ["Molecular formulas", "CT (℃)", "AH (h)", "SSA (m2 g -1 )"], "answer_column": [], "condition": {"Molecular formulas": "La0.5Bi0.2Ba0.2Mn0.1FeO3", "CT (℃)": "600", "AH (h)": "2", "SSA (m2 g -1 )": "20.63"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the perovskite oxide with molecular formula {} synthesized at {}°C calcination temperature and aged for {} hours linked to a specific surface area of {} m²/g?"} +{"question": "Is there a material with a band gap of 0.1993999999999998 eV and an oxide type of oxide?", "refer_dataset": "table55", "column names": ["band_gap", "oxide_type"], "condition_column": ["band_gap", "oxide_type"], "answer_column": [], "condition": {"band_gap": "0.1993999999999998", "oxide_type": "oxide"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a band gap of {} eV and an oxide type of {}?"} +{"question": "Do elements with an atomic number of 12 and a surface-centered cubic structure (FCC) have a modulus of elasticity of 44.4 10³ MPa?", "refer_dataset": "table36", "column names": ["At. #", "Modulus of Elasticity 10³ Mpa", "IsFCC"], "condition_column": ["At. #", "Modulus of Elasticity 10³ Mpa"], "answer_column": ["IsFCC"], "condition": {"At. #": "12", "Modulus of Elasticity 10³ Mpa": "44.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements with an atomic number of {} and a surface-centered cubic structure (FCC) have a modulus of elasticity of {} 10³ MPa?"} +{"question": "Can entry 472984.0 have thermodynamic stability of 0.22691826560345 alongside a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472984.0", "_oqmd_stability": "0.22691826560345", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} have thermodynamic stability of {} alongside a band gap of {} eV?"} +{"question": "Is there a molecule where the internal energy at 0 K is 4.8957540626905 and Gibbs free energy is 4.91457211979801?", "refer_dataset": "table61", "column names": ["U0", "G"], "condition_column": ["U0", "G"], "answer_column": [], "condition": {"U0": "4.8957540626905", "G": "4.91457211979801"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule where the internal energy at 0 K is {} and Gibbs free energy is {}?"} +{"question": "Is the license type http://arxiv.org/licenses/nonexclusive-distrib/1.0/ used for papers with comments \"Minor corrections\"?", "refer_dataset": "table45", "column names": ["license", "comments"], "condition_column": ["license", "comments"], "answer_column": [], "condition": {"license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "comments": "Minor corrections"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the license type {} used for papers with comments \"{}\"?"} +{"question": "Do materials with Base Be and Dope O exhibit both CH4Ead 1.1576423282 and ReactionE -0.1679881735?", "refer_dataset": "table24", "column names": ["Base", "Dope", "CH4Ead", "ReactionE"], "condition_column": ["Base", "Dope", "CH4Ead", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "Dope": "O", "CH4Ead": "1.1576423282", "ReactionE": "-0.1679881735"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with Base {} and Dope {} exhibit both CH4Ead {} and ReactionE {}?"} +{"question": "Does a free SASA mean of 306.7492719807484 correlate with a gyration radius mean of 2.776096411407157?", "refer_dataset": "table41", "column names": ["free_sasa_mean_0", "gyration_radius_mean_0"], "condition_column": ["free_sasa_mean_0", "gyration_radius_mean_0"], "answer_column": [], "condition": {"free_sasa_mean_0": "306.7492719807484", "gyration_radius_mean_0": "2.776096411407157"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a free SASA mean of {} correlate with a gyration radius mean of {}?"} +{"question": "Does material ID 1507 exhibit a formula energy greater than -2.84179646508?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "1507", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material ID {} exhibit a formula energy greater than {}?"} +{"question": "Does the surface structure Surface-JVASP-1750_miller_1_1_0_thickness_16_VASP_PBE_noDP have a final energy of -104.08771184?", "refer_dataset": "table66", "column names": ["name", "final_energy"], "condition_column": ["name", "final_energy"], "answer_column": [], "condition": {"name": "Surface-JVASP-1750_miller_1_1_0_thickness_16_VASP_PBE_noDP", "final_energy": "-104.08771184"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the surface structure {} have a final energy of {}?"} +{"question": "Is the title \"On Algebraic Decoding of $q$-ary Reed-Muller and Product-Reed-Solomon\n Codes\" associated with the report number IMS-AAP-AAP481?", "refer_dataset": "table45", "column names": ["title", "report-no"], "condition_column": ["title", "report-no"], "answer_column": [], "condition": {"title": "On Algebraic Decoding of $q$-ary Reed-Muller and Product-Reed-Solomon\n Codes", "report-no": "IMS-AAP-AAP481"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the title \"{}\" associated with the report number {}?"} +{"question": "Is material composition SrSnO3 linked to element A’s ionization energy (I1a) 5.695 eV, element B’s ionization energy (I1b) 7.344 eV, and bandgap (Eg) 4.01 eV?", "refer_dataset": "table2", "column names": ["Materials", "I1a", "I1b", "Eg(eV)"], "condition_column": ["Materials", "I1a", "I1b", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "SrSnO3", "I1a": "5.695", "I1b": "7.344", "Eg(eV)": "4.01"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material composition {} linked to element A’s ionization energy (I1a) {} eV, element B’s ionization energy (I1b) {} eV, and bandgap (Eg) {} eV?"} +{"question": "Is M3 W with support BaO at 700.0°C associated with CH₄ conversion 3.4%?", "refer_dataset": "table26", "column names": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "condition_column": ["M3", "Support", "Temp (oC)", "CH4 Conv. (%)"], "answer_column": [], "condition": {"M3": "W", "Support": "BaO", "Temp (oC)": "700.0", "CH4 Conv. (%)": "3.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 {} with support {} at {}°C associated with CH₄ conversion {}%?"} +{"question": "Do materials with a GGA band gap of 2.037844 eV always exclude spin-orbit coupling?", "refer_dataset": "table63", "column names": ["Band_gap_GGA", "SOC"], "condition_column": ["Band_gap_GGA"], "answer_column": ["SOC"], "condition": {"Band_gap_GGA": "2.037844"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a GGA band gap of {} eV always exclude spin-orbit coupling?"} +{"question": "Does an alloy with 10.0% Al and 0.0% Ti exhibit a γ' size below 4.1 nm?", "refer_dataset": "table39", "column names": ["Al", "Ti", "γ＇相尺寸 (nm)"], "condition_column": ["Al", "Ti", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"Al": "10.0", "Ti": "0.0", "γ＇相尺寸 (nm)": "4.1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an alloy with {}% Al and {}% Ti exhibit a γ' size below {} nm?"} +{"question": "Is a CH4Ead value of 0.8950839127 observed for dopant Pd?", "refer_dataset": "table24", "column names": ["CH4Ead", "Dope"], "condition_column": ["CH4Ead", "Dope"], "answer_column": [], "condition": {"CH4Ead": "0.8950839127", "Dope": "Pd"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a CH4Ead value of {} observed for dopant {}?"} +{"question": "Is there a material with Ba in A site #1, Ni in B site #2, and an energy above hull exceeding 110.285835802 meV/atom?", "refer_dataset": "table35", "column names": ["A site #1", "B site #2", "energy_above_hull (meV/atom)"], "condition_column": ["A site #1", "B site #2", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"A site #1": "Ba", "B site #2": "Ni", "energy_above_hull (meV/atom)": "110.285835802"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} in A site #1, {} in B site #2, and an energy above hull exceeding {} meV/atom?"} +{"question": "Are all M3 molar ratios of 0.185 associated with C2H6 yields exceeding 0.21%?", "refer_dataset": "table17", "column names": ["M3_mol", "C2H6y"], "condition_column": ["M3_mol", "C2H6y"], "answer_column": [], "condition": {"M3_mol": "0.185", "C2H6y": "0.21"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all M3 molar ratios of {} associated with C2H6 yields exceeding {}%?"} +{"question": "Do structures with 4 atoms have an energy per atom of -195.459?", "refer_dataset": "table59", "column names": ["natoms", "energy_per_atom"], "condition_column": ["natoms", "energy_per_atom"], "answer_column": [], "condition": {"natoms": "4", "energy_per_atom": "-195.459"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do structures with {} atoms have an energy per atom of {}?"} +{"question": "Does resource type STD at 600℃ yield 0,4% methane conversion and 0% C₂ production?", "refer_dataset": "table27", "column names": ["Resource", "Temp(℃)", "CH4 Conv(%)", "C2 yield(%)"], "condition_column": ["Resource", "Temp(℃)", "CH4 Conv(%)", "C2 yield(%)"], "answer_column": [], "condition": {"Resource": "STD", "Temp(℃)": "600", "CH4 Conv(%)": "0,4", "C2 yield(%)": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does resource type {} at {}℃ yield {}% methane conversion and {}% C₂ production?"} +{"question": "Is reference mp-20483 linked to elastic tensor properties of {'voigt_bulk_modulus': 39.156666666666666, 'voigt_shear_modulus': 5.794, 'reuss_bulk_modulus': 39.15666666666668, 'reuss_shear_modulus': 5.175507789390652, 'poisson_ratio': 0.43308814355328534, 'youngs_modulus': 15720271553.591148, 'universal_ansiotropy_ratio': 0.5975183844541823, 'raw_et_tensor': [[43.99, 36.74, 36.74, 0.0, 0.0, -0.0], [36.74, 43.99, 36.74, -0.0, 0.0, -0.0], [36.74, 36.74, 43.99, 0.0, 0.0, -0.0], [0.0, -0.0, 0.0, 7.24, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 7.24, 0.0], [-0.0, -0.0, -0.0, 0.0, 0.0, 7.24]]}?", "refer_dataset": "table53", "column names": ["ref", "elastic_tensor_data"], "condition_column": ["ref", "elastic_tensor_data"], "answer_column": [], "condition": {"ref": "mp-20483", "elastic_tensor_data": "{'voigt_bulk_modulus': 39.156666666666666, 'voigt_shear_modulus': 5.794, 'reuss_bulk_modulus': 39.15666666666668, 'reuss_shear_modulus': 5.175507789390652, 'poisson_ratio': 0.43308814355328534, 'youngs_modulus': 15720271553.591148, 'universal_ansiotropy_ratio': 0.5975183844541823, 'raw_et_tensor': [[43.99, 36.74, 36.74, 0.0, 0.0, -0.0], [36.74, 43.99, 36.74, -0.0, 0.0, -0.0], [36.74, 36.74, 43.99, 0.0, 0.0, -0.0], [0.0, -0.0, 0.0, 7.24, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 7.24, 0.0], [-0.0, -0.0, -0.0, 0.0, 0.0, 7.24]]}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is reference {} linked to elastic tensor properties of {}?"} +{"question": "Is there a record where PBE0 method calculates HOMO energy level of -0.238 and Scharber voltage of 2.202846125?", "refer_dataset": "table51", "column names": ["pbe0_homo", "pbe0_scharber_voc"], "condition_column": ["pbe0_homo", "pbe0_scharber_voc"], "answer_column": [], "condition": {"pbe0_homo": "-0.238", "pbe0_scharber_voc": "2.202846125"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a record where PBE0 method calculates HOMO energy level of {} and Scharber voltage of {}?"} +{"question": "Is there a material with a bandgap of 8.5829 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "8.5829"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Is element Pa in Wyckoff position c part of the bulk material Sm?", "refer_dataset": "table68", "column names": ["symbol", "wycoff", "bulk_formula"], "condition_column": ["symbol", "wycoff", "bulk_formula"], "answer_column": [], "condition": {"symbol": "Pa", "wycoff": "c", "bulk_formula": "Sm"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element {} in Wyckoff position {} part of the bulk material {}?"} +{"question": "Is the energy bandgap of 0.342645 eV associated with the chemical formula Co4C48H32N8O16?", "refer_dataset": "table62", "column names": ["bandgap", "formula"], "condition_column": ["bandgap", "formula"], "answer_column": [], "condition": {"bandgap": "0.342645", "formula": "Co4C48H32N8O16"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy bandgap of {} eV associated with the chemical formula {}?"} +{"question": "Are there materials with Composition AlCl, Base Be, and ReactionE 0.1354608824?", "refer_dataset": "table24", "column names": ["Composition", "Base", "ReactionE"], "condition_column": ["Composition", "Base", "ReactionE"], "answer_column": [], "condition": {"Composition": "AlCl", "Base": "Be", "ReactionE": "0.1354608824"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with Composition {}, Base {}, and ReactionE {}?"} +{"question": "Is there a material with an HSE band gap of 3.32, a Log_fom of 5.2, and a refractive index of 2.88?", "refer_dataset": "table49", "column names": ["HSE_gap", "Log_fom", "Ref_ind"], "condition_column": ["HSE_gap", "Log_fom", "Ref_ind"], "answer_column": [], "condition": {"HSE_gap": "3.32", "Log_fom": "5.2", "Ref_ind": "2.88"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with an HSE band gap of {}, a Log_fom of {}, and a refractive index of {}?"} +{"question": "Is a polymer weight percentage of 0.25% used with a surfactant percentage of 0.195%?", "refer_dataset": "table42", "column names": ["Polymer, % wt.", "Surfactant, % wt."], "condition_column": ["Polymer, % wt.", "Surfactant, % wt."], "answer_column": [], "condition": {"Polymer, % wt.": "0.25", "Surfactant, % wt.": "0.195"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a polymer weight percentage of {}% used with a surfactant percentage of {}%?"} +{"question": "Are all catalysts using M1 atom count 25, M2=Na, and support material BN demonstrating C2s ≥27.22%?", "refer_dataset": "table17", "column names": ["M1_atom_number", "M2", "Support", "C2s"], "condition_column": ["M1_atom_number", "M2", "Support", "C2s"], "answer_column": [], "condition": {"M1_atom_number": "25", "M2": "Na", "Support": "BN", "C2s": "27.22"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all catalysts using M1 atom count {}, M2={}, and support material {} demonstrating C2s ≥{}%?"} +{"question": "Are materials from CSD with ID ABAZAF01_FSR and formula Zn4C104H76N12O20 listed as having a net magnetic moment of 0.0 μB?", "refer_dataset": "table62", "column names": ["source", "id", "formula", "net_magmom"], "condition_column": ["source", "id", "formula", "net_magmom"], "answer_column": [], "condition": {"source": "CSD", "id": "ABAZAF01_FSR", "formula": "Zn4C104H76N12O20", "net_magmom": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials from {} with ID {} and formula {} listed as having a net magnetic moment of {} μB?"} +{"question": "Is the total product yield 0.13 mmol/g achieved under 1.0 atm pressure?", "refer_dataset": "table7", "column names": ["total", "Rxn_Pressure"], "condition_column": ["total", "Rxn_Pressure"], "answer_column": [], "condition": {"total": "0.13", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total product yield {} mmol/g achieved under {} atm pressure?"} +{"question": "Is there a sample with internal energy 4.88454826774226 and enthalpy of 0.21711530575794?", "refer_dataset": "table61", "column names": ["U", "H"], "condition_column": ["U", "H"], "answer_column": [], "condition": {"U": "4.88454826774226", "H": "0.21711530575794"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample with internal energy {} and enthalpy of {}?"} +{"question": "At a temperature of 550°C, is the CO2 yield 21.1%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CO2 yield (%)"], "condition_column": ["Temp (oC)", "CO2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "550", "CO2 yield (%)": "21.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a temperature of {}°C, is the CO2 yield {}%?"} +{"question": "Does material Ba2La6Cr8O24 have a formation energy above -2.24433647933 eV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "formation_energy (eV/atom)"], "condition_column": ["Material Composition", "formation_energy (eV/atom)"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Cr8O24", "formation_energy (eV/atom)": "-2.24433647933"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} have a formation energy above {} eV/atom?"} +{"question": "Is the melting temperature (A) 907.43 K combined with enthalpy of fusion (A) 47.62 kJ/mol and boiling temperature (A) 3307.85 K?", "refer_dataset": "table3", "column names": ["A_Tm", "ΔfusHa", "A_Tb"], "condition_column": ["A_Tm", "ΔfusHa", "A_Tb"], "answer_column": [], "condition": {"A_Tm": "907.43", "ΔfusHa": "47.62", "A_Tb": "3307.85"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the melting temperature (A) {} K combined with enthalpy of fusion (A) {} kJ/mol and boiling temperature (A) {} K?"} +{"question": "Are there materials where the conduction band minimum is 4.2821, OptB88-vdW bandgap is -0.3521999999999998, and final energy is -284.57341939?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "4.2821", "optb88vdw_bandgap": "-0.3521999999999998", "final_energy": "-284.57341939"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the conduction band minimum is {}, OptB88-vdW bandgap is {}, and final energy is {}?"} +{"question": "Is there a non-oxide material (oxide_type: oxide) with an energy above hull of 0.0 and 0.0038208 total magnetization?", "refer_dataset": "table55", "column names": ["oxide_type", "e_above_hull", "total_magnetization"], "condition_column": ["oxide_type", "e_above_hull", "total_magnetization"], "answer_column": [], "condition": {"oxide_type": "oxide", "e_above_hull": "0.0", "total_magnetization": "0.0038208"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-oxide material (oxide_type: {}) with an energy above hull of {} and {} total magnetization?"} +{"question": "Is the material with ID agm004141649, prototype structure A_26_spg227, and stored at extra/batch-3000/Ac/Ac/xxx_02a-00_agm004141649_spg227 stable at room temperature?", "refer_dataset": "table44", "column names": ["id", "prototype_id", "location"], "condition_column": ["id", "prototype_id", "location"], "answer_column": [], "condition": {"id": "agm004141649", "prototype_id": "A_26_spg227", "location": "extra/batch-3000/Ac/Ac/xxx_02a-00_agm004141649_spg227"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {}, prototype structure {}, and stored at {} stable at room temperature?"} +{"question": "Are materials with substitution element A1 as Sn linked to a light wavelength cutoff of 420.0 nm?", "refer_dataset": "table4", "column names": ["A1", "Wave length( 0.0) with a shear modulus of -27.758493782833494?", "refer_dataset": "table56", "column names": ["id", "e_hull", "gap pbe", "shear modulus"], "condition_column": ["id", "e_hull", "gap pbe", "shear modulus"], "answer_column": [], "condition": {"id": "mp-1001113", "e_hull": "0.4766228674999997", "gap pbe": "0.0", "shear modulus": "-27.758493782833494"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {} stabilized (e_hull < {}) and electronically insulating (gap pbe > {}) with a shear modulus of {}?"} +{"question": "Is the catalyst coded 1-1 using M2 = Mo at 900°C associated with a C2 selectivity above 2.856332296%?", "refer_dataset": "table21", "column names": ["Code", "M2", "Temp. (°C)", "C2 selectivity(%)"], "condition_column": ["Code", "M2", "Temp. (°C)", "C2 selectivity(%)"], "answer_column": [], "condition": {"Code": "1-1", "M2": "Mo", "Temp. (°C)": "900", "C2 selectivity(%)": "2.856332296"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the catalyst coded {} using M2 = {} at {}°C associated with a C2 selectivity above {}%?"} +{"question": "Is material composition AgTa0.6Nb0.4O3 linked to element A’s ionization energy (I1a) 7.576 eV, element B’s ionization energy (I1b) 7.233 eV, and bandgap (Eg) 2.9 eV?", "refer_dataset": "table2", "column names": ["Materials", "I1a", "I1b", "Eg(eV)"], "condition_column": ["Materials", "I1a", "I1b", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "AgTa0.6Nb0.4O3", "I1a": "7.576", "I1b": "7.233", "Eg(eV)": "2.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material composition {} linked to element A’s ionization energy (I1a) {} eV, element B’s ionization energy (I1b) {} eV, and bandgap (Eg) {} eV?"} +{"question": "Does SNUMAT ID SM-16976 represent a material with GGA optical band gap 0.0 eV, magnetic ordering NM, and direct band gap?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_GGA_optical", "Magnetic_ordering", "Direct_or_indirect"], "condition_column": ["SNUMAT_id", "Band_gap_GGA_optical", "Magnetic_ordering"], "answer_column": ["Direct_or_indirect"], "condition": {"SNUMAT_id": "SM-16976", "Band_gap_GGA_optical": "0.0", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} represent a material with GGA optical band gap {} eV, magnetic ordering {}, and direct band gap?"} +{"question": "Is a final energy of -168.5512116 observed alongside an OptB88-vdW bandgap of -0.4502999999999995 and band alignment offset of -0.9168658555902556?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "offset"], "condition_column": ["final_energy", "optb88vdw_bandgap", "offset"], "answer_column": [], "condition": {"final_energy": "-168.5512116", "optb88vdw_bandgap": "-0.4502999999999995", "offset": "-0.9168658555902556"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} observed alongside an OptB88-vdW bandgap of {} and band alignment offset of {}?"} +{"question": "Are there entries where -211 surfaces with adsorbed species CH* have reaction energy -0.447 eV and carbon identifier 3?", "refer_dataset": "table18", "column names": ["surfaces", "ab", "reaction_energy", "b_key"], "condition_column": ["surfaces", "ab", "reaction_energy", "b_key"], "answer_column": [], "condition": {"surfaces": "-211", "ab": "CH*", "reaction_energy": "-0.447", "b_key": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where {} surfaces with adsorbed species {} have reaction energy {} eV and carbon identifier {}?"} +{"question": "Is the shear modulus for job ID JLMP-100 measured as na?", "refer_dataset": "table53", "column names": ["jid", "gv"], "condition_column": ["jid", "gv"], "answer_column": [], "condition": {"jid": "JLMP-100", "gv": "na"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the shear modulus for job ID {} measured as {}?"} +{"question": "Does the perovskite BaRuO3 have a similarity score of 0.305399?", "refer_dataset": "table14", "column names": ["Perovskite", "similarity"], "condition_column": ["Perovskite", "similarity"], "answer_column": [], "condition": {"Perovskite": "BaRuO3", "similarity": "0.305399"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} have a similarity score of {}?"} +{"question": "Is the IUPAC chemical name Lithium titanium oxide (1.03/2/4) associated with the common name Spinel (Li, Ti)?", "refer_dataset": "table38", "column names": ["chemname", "commonname"], "condition_column": ["chemname", "commonname"], "answer_column": [], "condition": {"chemname": "Lithium titanium oxide (1.03/2/4)", "commonname": "Spinel (Li, Ti)"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the IUPAC chemical name {} associated with the common name {}?"} +{"question": "Is there a material where the ionic octahedral factor is 0.385714285714 and the Goldschmidt TF ionic contribution is 0.976827924526?", "refer_dataset": "table37", "column names": ["octahedral_factor_ionic", "goldschmidt_TF_ionic"], "condition_column": ["octahedral_factor_ionic", "goldschmidt_TF_ionic"], "answer_column": [], "condition": {"octahedral_factor_ionic": "0.385714285714", "goldschmidt_TF_ionic": "0.976827924526"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the ionic octahedral factor is {} and the Goldschmidt TF ionic contribution is {}?"} +{"question": "Is the chemical formula I2Sr (ID 1223) associated with a formula energy of -1.96230178667?", "refer_dataset": "table64", "column names": ["formula", "id", "formula_energy"], "condition_column": ["formula", "id", "formula_energy"], "answer_column": [], "condition": {"formula": "I2Sr", "id": "1223", "formula_energy": "-1.96230178667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the chemical formula {} (ID {}) associated with a formula energy of {}?"} +{"question": "Does a face-centered cubic (FCC) element with an atomic radius of 1 Å have a density of 0.71 g/cm³ and an electron affinity of 0.9 kJ/mol?", "refer_dataset": "table36", "column names": ["IsFCC", "Atomic Radius (Å)", "Density", "Electron Affinity (kJ/mol)"], "condition_column": ["IsFCC", "Atomic Radius (Å)", "Density"], "answer_column": ["Electron Affinity (kJ/mol)"], "condition": {"IsFCC": "1", "Atomic Radius (Å)": "0.71", "Density": "0.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a face-centered cubic (FCC) element with an atomic radius of {} Å have a density of {} g/cm³ and an electron affinity of {} kJ/mol?"} +{"question": "Is the OptB88-vdW bandgap 0.8790000000000004 associated with a final energy of -168.5512116?", "refer_dataset": "table52", "column names": ["optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_bandgap": "0.8790000000000004", "final_energy": "-168.5512116"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the OptB88-vdW bandgap {} associated with a final energy of {}?"} +{"question": "Is the carbon identifier 1 paired with adsorbed carbon (C*) on the -111 surface?", "refer_dataset": "table18", "column names": ["b_key", "surfaces"], "condition_column": ["b_key", "surfaces"], "answer_column": [], "condition": {"b_key": "1", "surfaces": "-111"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the carbon identifier {} paired with adsorbed carbon (C*) on the {} surface?"} +{"question": "Is there a phase with formation energy 0.0607 per atom, indirect band gap 0.0, and 4 atoms?", "refer_dataset": "table59", "column names": ["f_enp", "indir_gap", "natoms"], "condition_column": ["f_enp", "indir_gap", "natoms"], "answer_column": [], "condition": {"f_enp": "0.0607", "indir_gap": "0.0", "natoms": "4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a phase with formation energy {} per atom, indirect band gap {}, and {} atoms?"} +{"question": "Does Base Be have a ReactionE greater than 2.337788304?", "refer_dataset": "table24", "column names": ["Base", "ReactionE"], "condition_column": ["Base", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "ReactionE": "2.337788304"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Base {} have a ReactionE greater than {}?"} +{"question": "Does a 0.474 V overpotential catalyst require alloying, doping, and operate at pH 0.0?", "refer_dataset": "table12", "column names": ["overpotential V", "Alloying", "Doping", "pH"], "condition_column": ["overpotential V", "Alloying"], "answer_column": ["Doping", "pH"], "condition": {"overpotential V": "0.474", "Alloying": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} V overpotential catalyst require alloying, doping, and operate at pH {}?"} +{"question": "Does a radius ratio (Ra/Rb) of 1.543 coincide with tolerance factor (t) 0.831, and electronegativity of A (χpa) 1.18?", "refer_dataset": "table2", "column names": ["Ra/Rb", "t", "χpa"], "condition_column": ["Ra/Rb", "t", "χpa"], "answer_column": [], "condition": {"Ra/Rb": "1.543", "t": "0.831", "χpa": "1.18"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a radius ratio (Ra/Rb) of {} coincide with tolerance factor (t) {}, and electronegativity of A (χpa) {}?"} +{"question": "Does the formula BaBiCl correspond to a unit cell containing 6 atoms?", "refer_dataset": "table47", "column names": ["formula", "nat"], "condition_column": ["formula", "nat"], "answer_column": [], "condition": {"formula": "BaBiCl", "nat": "6"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the formula {} correspond to a unit cell containing {} atoms?"} +{"question": "Does M4 none at 0.0 wt% with CH₄ conversion 5.2% result in O₂ conversion 35.4%?", "refer_dataset": "table26", "column names": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "condition_column": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "answer_column": [], "condition": {"M4": "none", "M4 (wt%)": "0.0", "CH4 Conv. (%)": "5.2", "O2 Conv. (%)": "35.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M4 {} at {} wt% with CH₄ conversion {}% result in O₂ conversion {}%?"} +{"question": "Is there a piezoelectric material of oxide type {'eij_max': 0.170635, 'piezoelectric_tensor': [[0.0, 0.0, 0.0, 0.170635, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.170635, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 0.11596999999999992]], 'v_max': [0.0, 1.0, 0.0]} with volume oxide and Hubbard corrections applied?", "refer_dataset": "table55", "column names": ["piezo", "oxide_type", "volume", "is_hubbard"], "condition_column": ["piezo", "oxide_type"], "answer_column": ["volume", "is_hubbard"], "condition": {"piezo": "{'eij_max': 0.170635, 'piezoelectric_tensor': [[0.0, 0.0, 0.0, 0.170635, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.170635, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 0.11596999999999992]], 'v_max': [0.0, 1.0, 0.0]}", "oxide_type": "oxide"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a piezoelectric material of oxide type {} with volume {} and Hubbard corrections applied?"} +{"question": "Are substrates CO2,H2 converted into CH4 via reaction type methanation under conditions {'Reaction': 'COmethanation', 'Temperature': '207oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "condition_column": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Mainproduct": "CH4", "ReactionType": "methanation", "Reaction": "{'Reaction': 'COmethanation', 'Temperature': '207oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''}"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are substrates {} converted into {} via reaction type {} under conditions {}?"} +{"question": "Are VIS light irradiation and 0.0% sacrificial agent used in experiment 4?", "refer_dataset": "table7", "column names": ["Light", "SacrAgentPercent", "Exp"], "condition_column": ["Light", "SacrAgentPercent", "Exp"], "answer_column": [], "condition": {"Light": "VIS", "SacrAgentPercent": "0.0", "Exp": "4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} light irradiation and {}% sacrificial agent used in experiment {}?"} +{"question": "Can elements classified as both rare earth and transition metals have a BCC energy per atom of 0 eV, a melting point of 0 K, and a valence s-electron count of -0.95305264?", "refer_dataset": "table36", "column names": ["IsRareEarth", "IsTransition Metal", "BCCenergy_pa", "MP (K)", "NsValence"], "condition_column": ["IsRareEarth", "IsTransition Metal", "BCCenergy_pa"], "answer_column": ["MP (K)", "NsValence"], "condition": {"IsRareEarth": "0", "IsTransition Metal": "0", "BCCenergy_pa": "-0.95305264"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can elements classified as both rare earth and transition metals have a BCC energy per atom of {} eV, a melting point of {} K, and a valence s-electron count of {}?"} +{"question": "Does the ICSD material 300020 (space group 1) have matching HSE and GGA-derived band gap types (Indirect)?", "refer_dataset": "table63", "column names": ["ICSD_number", "Space_group_rlx", "Direct_or_indirect_HSE", "Direct_or_indirect"], "condition_column": ["ICSD_number", "Space_group_rlx", "Direct_or_indirect_HSE"], "answer_column": ["Direct_or_indirect"], "condition": {"ICSD_number": "300020", "Space_group_rlx": "1", "Direct_or_indirect_HSE": "Indirect"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the ICSD material {} (space group {}) have matching HSE and GGA-derived band gap types ({})?"} +{"question": "Is there a material where the Shannon radii at A-site is 1.34, B-site s-orbital range is 0, and energy above hull is 171.608093341?", "refer_dataset": "table37", "column names": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "condition_column": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "answer_column": [], "condition": {"shannon_radii_host_Asite0": "1.34", "Bsite_NsUnfilled_range": "0", "EnergyAboveHull": "171.608093341"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the Shannon radii at A-site is {}, B-site s-orbital range is {}, and energy above hull is {}?"} +{"question": "Is there a molecule with an electronic polarizability of -8.05350499818663, HOMO energy of -0.7643322709248, and Gibbs free energy of 6.27417471410908?", "refer_dataset": "table61", "column names": ["alpha", "HOMO", "G"], "condition_column": ["alpha", "HOMO", "G"], "answer_column": [], "condition": {"alpha": "-8.05350499818663", "HOMO": "-0.7643322709248", "G": "6.27417471410908"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with an electronic polarizability of {}, HOMO energy of {}, and Gibbs free energy of {}?"} +{"question": "Is a degradation efficiency of 28.0% achievable with Material MIL-101 after 5 minutes of illumination?", "refer_dataset": "table6", "column names": ["Degradation efficiency (%)", "Material", "Illumination time (min)"], "condition_column": ["Degradation efficiency (%)", "Material", "Illumination time (min)"], "answer_column": [], "condition": {"Degradation efficiency (%)": "28.0", "Material": "MIL-101", "Illumination time (min)": "5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a degradation efficiency of {}% achievable with Material {} after {} minutes of illumination?"} +{"question": "Is the optical band gap from GGA calculation 2.330064 eV for materials with a Indirect band gap type?", "refer_dataset": "table63", "column names": ["Band_gap_GGA_optical", "Direct_or_indirect"], "condition_column": ["Band_gap_GGA_optical", "Direct_or_indirect"], "answer_column": [], "condition": {"Band_gap_GGA_optical": "2.330064", "Direct_or_indirect": "Indirect"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the optical band gap from GGA calculation {} eV for materials with a {} band gap type?"} +{"question": "Is there a material that has an elastic anisotropy of -6.375454845180035, a bulk modulus over 84.16972454847519 GPa, and a formation energy (e_form) below 0.0 eV?", "refer_dataset": "table54", "column names": ["elastic anisotropy", "bulk modulus", "e_form"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_form"], "answer_column": [], "condition": {"elastic anisotropy": "-6.375454845180035", "bulk modulus": "84.16972454847519", "e_form": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has an elastic anisotropy of {}, a bulk modulus over {} GPa, and a formation energy (e_form) below {} eV?"} +{"question": "Are materials from CSD with ID ABACUF01_FSR and formula Ba2CuC6H14O16 listed as having a net magnetic moment of 1.0 μB?", "refer_dataset": "table62", "column names": ["source", "id", "formula", "net_magmom"], "condition_column": ["source", "id", "formula", "net_magmom"], "answer_column": [], "condition": {"source": "CSD", "id": "ABACUF01_FSR", "formula": "Ba2CuC6H14O16", "net_magmom": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials from {} with ID {} and formula {} listed as having a net magnetic moment of {} μB?"} +{"question": "Is there a material with A’s melting temp (A_Tm) 907.43 K, B’s boiling temp (B_Tb) 2892.95 K, and B’s electron affinity (EAb) 15.09 eV?", "refer_dataset": "table2", "column names": ["A_Tm", "B_Tb", "EAb"], "condition_column": ["A_Tm", "B_Tb", "EAb"], "answer_column": [], "condition": {"A_Tm": "907.43", "B_Tb": "2892.95", "EAb": "15.09"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with A’s melting temp (A_Tm) {} K, B’s boiling temp (B_Tb) {} K, and B’s electron affinity (EAb) {} eV?"} +{"question": "Is there overlap in PBE0 and M06 predictions for HOMO-LUMO gaps of 0.071?", "refer_dataset": "table51", "column names": ["pbe0_gap", "m06_gap"], "condition_column": ["pbe0_gap"], "answer_column": ["m06_gap"], "condition": {"pbe0_gap": "0.071"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there overlap in PBE0 and M06 predictions for HOMO-LUMO gaps of {}?"} +{"question": "Does a MOF with a surface area of 3670.2 m²/g have a minimum CO₂ adsorption capacity of 0.0239195?", "refer_dataset": "table50", "column names": ["surface_area_m2g", "min_co2_adsp"], "condition_column": ["surface_area_m2g", "min_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2g": "3670.2", "min_co2_adsp": "0.0239195"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a surface area of {} m²/g have a minimum CO₂ adsorption capacity of {}?"} +{"question": "Does the update date 2008-01-13 apply to a paper in category \"physics.gen-ph\" with authors Hongjun Pan?", "refer_dataset": "table45", "column names": ["update_date", "categories", "authors"], "condition_column": ["update_date", "categories", "authors"], "answer_column": [], "condition": {"update_date": "2008-01-13", "categories": "physics.gen-ph", "authors": "Hongjun Pan"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the update date {} apply to a paper in category \"{}\" with authors {}?"} +{"question": "Does Fe 0.0 correlate with J.uAcm2_0.63_initialCA 582.4653 in any sample?", "refer_dataset": "table16", "column names": ["Fe", "J.uAcm2_0.63_initialCA"], "condition_column": ["Fe", "J.uAcm2_0.63_initialCA"], "answer_column": [], "condition": {"Fe": "0.0", "J.uAcm2_0.63_initialCA": "582.4653"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Fe {} correlate with J.uAcm2_0.63_initialCA {} in any sample?"} +{"question": "Is there a compound with element A as Sm and a bandgap of 3.36 eV?", "refer_dataset": "table4", "column names": ["A", "BandGap(eV)"], "condition_column": ["A", "BandGap(eV)"], "answer_column": [], "condition": {"A": "Sm", "BandGap(eV)": "3.36"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with element A as {} and a bandgap of {} eV?"} +{"question": "When the conduction band minimum is 6.9787, is the band alignment offset 0.8230729226123605?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset"], "condition_column": ["optb88vdw_cbm", "offset"], "answer_column": [], "condition": {"optb88vdw_cbm": "6.9787", "offset": "0.8230729226123605"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "When the conduction band minimum is {}, is the band alignment offset {}?"} +{"question": "Do materials with Base Be and Dope C exhibit both CH4Ead 0.7072486129 and ReactionE -0.7332434365?", "refer_dataset": "table24", "column names": ["Base", "Dope", "CH4Ead", "ReactionE"], "condition_column": ["Base", "Dope", "CH4Ead", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "Dope": "C", "CH4Ead": "0.7072486129", "ReactionE": "-0.7332434365"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with Base {} and Dope {} exhibit both CH4Ead {} and ReactionE {}?"} +{"question": "Is there a combination of Ni 0.8, Fe 0.0, Mg 0.1, and J.uAcm2_0.80_fromCV 923.1112?", "refer_dataset": "table16", "column names": ["Ni", "Fe", "Mg", "J.uAcm2_0.80_fromCV"], "condition_column": ["Ni", "Fe", "Mg", "J.uAcm2_0.80_fromCV"], "answer_column": [], "condition": {"Ni": "0.8", "Fe": "0.0", "Mg": "0.1", "J.uAcm2_0.80_fromCV": "923.1112"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of Ni {}, Fe {}, Mg {}, and J.uAcm2_0.80_fromCV {}?"} +{"question": "Is there a molecule with an electronic polarizability of -5.68960860591398, HOMO energy of -0.9418740379375, and Gibbs free energy of 4.57570144279915?", "refer_dataset": "table61", "column names": ["alpha", "HOMO", "G"], "condition_column": ["alpha", "HOMO", "G"], "answer_column": [], "condition": {"alpha": "-5.68960860591398", "HOMO": "-0.9418740379375", "G": "4.57570144279915"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with an electronic polarizability of {}, HOMO energy of {}, and Gibbs free energy of {}?"} +{"question": "Is there a primary sacrificial agent of AgNO3 used with a light power input of 400.0 W?", "refer_dataset": "table4", "column names": ["Sac. Agent1", "Power(W)"], "condition_column": ["Sac. Agent1", "Power(W)"], "answer_column": [], "condition": {"Sac. Agent1": "AgNO3", "Power(W)": "400.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a primary sacrificial agent of {} used with a light power input of {} W?"} +{"question": "If the conduction band minimum is 5.258, is the valence band maximum 6.1399?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm"], "answer_column": [], "condition": {"optb88vdw_cbm": "5.258", "optb88vdw_vbm": "6.1399"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the conduction band minimum is {}, is the valence band maximum {}?"} +{"question": "Is catalyst 16,1%NiPt(1:3)/Al2O3 optimized for reaction {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''} when synthesizing CH4 from CO2,H2?", "refer_dataset": "table30", "column names": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "condition_column": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "answer_column": [], "condition": {"Catalyst": "16,1%NiPt(1:3)/Al2O3", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Mainproduct": "CH4", "Substrates": "CO2,H2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is catalyst {} optimized for reaction {} when synthesizing {} from {}?"} +{"question": "Is there a superconducting material with ID 14511 and Tc 55.0 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "14511", "Tc": "55.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a superconducting material with ID {} and Tc {} K?"} +{"question": "Is the void fraction of 0.12992 correlated with a surface area of 36.5 m²/g?", "refer_dataset": "table50", "column names": ["void_fraction", "surface_area_m2g"], "condition_column": ["void_fraction", "surface_area_m2g"], "answer_column": [], "condition": {"void_fraction": "0.12992", "surface_area_m2g": "36.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the void fraction of {} correlated with a surface area of {} m²/g?"} +{"question": "Are there instances where the final energy of -129.68437497 matches a conduction band minimum of 4.6017?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_cbm"], "condition_column": ["final_energy", "optb88vdw_cbm"], "answer_column": [], "condition": {"final_energy": "-129.68437497", "optb88vdw_cbm": "4.6017"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the final energy of {} matches a conduction band minimum of {}?"} +{"question": "Does a NPS structured catalyst from year 2013.0 require alloying, doping, and electric field?", "refer_dataset": "table12", "column names": ["Structure", "Year", "Alloying", "Doping", "Electric field"], "condition_column": ["Structure", "Year"], "answer_column": ["Alloying", "Doping", "Electric field"], "condition": {"Structure": "NPS", "Year": "2013.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} structured catalyst from year {} require alloying, doping, and electric field?"} +{"question": "Is there a compound in the Tetragonal lattice system with HM symbol P4/mmm, Hall symbol -P42, and 5 total atoms?", "refer_dataset": "table31", "column names": ["11", "9", "10", "4"], "condition_column": ["11", "9", "10", "4"], "answer_column": [], "condition": {"11": "Tetragonal", "9": "P4/mmm", "10": "-P42", "4": "5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound in the {} lattice system with HM symbol {}, Hall symbol {}, and {} total atoms?"} +{"question": "Does surface key 4 (Miller indices: -111) with adsorbed species CH* have an activation energy of 1.35 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "ab", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "ab", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "4", "surfaces": "-111", "ab": "CH*", "activation_energy": "1.35"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface key {} (Miller indices: {}) with adsorbed species {} have an activation energy of {} eV?"} +{"question": "Does the material with formula Ac10(InHg)3 have a direct band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["formula", "band_gap_dir"], "condition_column": ["formula", "band_gap_dir"], "answer_column": [], "condition": {"formula": "Ac10(InHg)3", "band_gap_dir": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with formula {} have a direct band gap of {} eV?"} +{"question": "Does a metal oxide with Mn 0.6, Ca 0.0, and Fe 0.1 exhibit a J.uAcm2_0.63_secondCA of 1546.5?", "refer_dataset": "table16", "column names": ["Mn", "Ca", "Fe", "J.uAcm2_0.63_secondCA"], "condition_column": ["Mn", "Ca", "Fe", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Mn": "0.6", "Ca": "0.0", "Fe": "0.1", "J.uAcm2_0.63_secondCA": "1546.5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a metal oxide with Mn {}, Ca {}, and Fe {} exhibit a J.uAcm2_0.63_secondCA of {}?"} +{"question": "Is there a material where Pauling electronegativity (A) is 1.27, (B) is 1.63, and tolerance factor is 0.881?", "refer_dataset": "table3", "column names": ["χpa", "χpb", "t"], "condition_column": ["χpa", "χpb", "t"], "answer_column": [], "condition": {"χpa": "1.27", "χpb": "1.63", "t": "0.881"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where Pauling electronegativity (A) is {}, (B) is {}, and tolerance factor is {}?"} +{"question": "Is species H2OHCOOH linked to a LUMO energy of -0.0116 eV?", "refer_dataset": "table46", "column names": ["species", "lumo"], "condition_column": ["species", "lumo"], "answer_column": [], "condition": {"species": "H2OHCOOH", "lumo": "-0.0116"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} linked to a LUMO energy of {} eV?"} +{"question": "Does a MOF with a surface area of 670.7 m²/g, void fraction of 0.3975189999999999, and maximum CO₂ adsorption capacity of 3.87465 exist?", "refer_dataset": "table50", "column names": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "condition_column": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2g": "670.7", "void_fraction": "0.3975189999999999", "max_co2_adsp": "3.87465"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a surface area of {} m²/g, void fraction of {}, and maximum CO₂ adsorption capacity of {} exist?"} +{"question": "Does surface key 5 (Miller indices: -211) with adsorbed species CH* have an activation energy of 1.24 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "ab", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "ab", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "5", "surfaces": "-211", "ab": "CH*", "activation_energy": "1.24"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface key {} (Miller indices: {}) with adsorbed species {} have an activation energy of {} eV?"} +{"question": "Does reference S1 report a degradation rate of 73.0%?", "refer_dataset": "table8", "column names": ["Ref", "Degradation rate(%)"], "condition_column": ["Ref", "Degradation rate(%)"], "answer_column": [], "condition": {"Ref": "S1", "Degradation rate(%)": "73.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does reference {} report a degradation rate of {}%?"} +{"question": "Does a material with bulk modulus 68.87 GPa have a shear modulus of 42.58 GPa?", "refer_dataset": "table47", "column names": ["bulk_modulus_kv", "shear_modulus_gv"], "condition_column": ["bulk_modulus_kv", "shear_modulus_gv"], "answer_column": [], "condition": {"bulk_modulus_kv": "68.87", "shear_modulus_gv": "42.58"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with bulk modulus {} GPa have a shear modulus of {} GPa?"} +{"question": "Is M3 set to Si in a process with Po2 of 0.1 atm?", "refer_dataset": "table28", "column names": ["M3", "Po2"], "condition_column": ["M3", "Po2"], "answer_column": [], "condition": {"M3": "Si", "Po2": "0.1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 set to {} in a process with Po2 of {} atm?"} +{"question": "Does the material with energy above hull of 0.007923199 eV decompose into Ac ?", "refer_dataset": "table44", "column names": ["e_above_hull", "decomposition"], "condition_column": ["e_above_hull", "decomposition"], "answer_column": [], "condition": {"e_above_hull": "0.007923199", "decomposition": " Ac "}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with energy above hull of {} eV decompose into {}?"} +{"question": "Does the publication DOI 10.1021/ol201957n correspond to a journal volume numbered 31.0?", "refer_dataset": "table38", "column names": ["doi", "volume"], "condition_column": ["doi", "volume"], "answer_column": [], "condition": {"doi": "10.1021/ol201957n", "volume": "31.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the publication DOI {} correspond to a journal volume numbered {}?"} +{"question": "Do catalysts with support material BN show CO yield values of 22.49%?", "refer_dataset": "table17", "column names": ["Support", "COy"], "condition_column": ["Support", "COy"], "answer_column": [], "condition": {"Support": "BN", "COy": "22.49"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts with support material {} show CO yield values of {}%?"} +{"question": "Does calcination at 750°C followed by aging for 4 hours produce a compound with surface area 21.0 m²/g and thermal desorption at 120°C?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "condition_column": ["CT (℃)", "AH (h)", "SSA (m2 g -1 )", "DT (℃)"], "answer_column": [], "condition": {"CT (℃)": "750", "AH (h)": "4", "SSA (m2 g -1 )": "21.0", "DT (℃)": "120"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does calcination at {}°C followed by aging for {} hours produce a compound with surface area {} m²/g and thermal desorption at {}°C?"} +{"question": "Does the formula TiCuSiAs correspond to a unit cell containing 8 atoms?", "refer_dataset": "table47", "column names": ["formula", "nat"], "condition_column": ["formula", "nat"], "answer_column": [], "condition": {"formula": "TiCuSiAs", "nat": "8"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the formula {} correspond to a unit cell containing {} atoms?"} +{"question": "Are there materials where the conduction band minimum is 5.1609, OptB88-vdW bandgap is -0.4502999999999995, and final energy is -168.5512116?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "condition_column": ["optb88vdw_cbm", "optb88vdw_bandgap", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "5.1609", "optb88vdw_bandgap": "-0.4502999999999995", "final_energy": "-168.5512116"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the conduction band minimum is {}, OptB88-vdW bandgap is {}, and final energy is {}?"} +{"question": "Is the reaction condition {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''} associated with methanation reactions?", "refer_dataset": "table30", "column names": ["Reaction", "ReactionType"], "condition_column": ["Reaction", "ReactionType"], "answer_column": [], "condition": {"Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "ReactionType": "methanation"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the reaction condition {} associated with {} reactions?"} +{"question": "Is there a metalloid with a thermal conductivity of 1 W/m·K, density of 27 g/cm³, and a first ionization potential of 2.34 V?", "refer_dataset": "table36", "column names": ["IsMetalloid", "thermal conductivity", "Density", "First Ionization Potential (V)"], "condition_column": ["IsMetalloid", "thermal conductivity", "Density"], "answer_column": ["First Ionization Potential (V)"], "condition": {"IsMetalloid": "1", "thermal conductivity": "27", "Density": "2.34"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metalloid with a thermal conductivity of {} W/m·K, density of {} g/cm³, and a first ionization potential of {} V?"} +{"question": "The preparation method Polymerized complex paired with reaction solution 5/22 v/v CH3OH and calcination temperature 1373.0 K yields optimal efficiency.", "refer_dataset": "table1", "column names": ["Preparation method", "Reaction solution", "Calcination temperature(K)"], "condition_column": ["Preparation method", "Reaction solution", "Calcination temperature(K)"], "answer_column": [], "condition": {"Preparation method": "Polymerized complex", "Reaction solution": "5/22 v/v CH3OH", "Calcination temperature(K)": "1373.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The preparation method {} paired with reaction solution {} and calcination temperature {} K yields optimal efficiency."} +{"question": "Does a material with a final energy of -129.68437497 exhibit a valence band maximum of 4.3247?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_vbm"], "condition_column": ["final_energy", "optb88vdw_vbm"], "answer_column": [], "condition": {"final_energy": "-129.68437497", "optb88vdw_vbm": "4.3247"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a final energy of {} exhibit a valence band maximum of {}?"} +{"question": "Does the compound named 5 belong to species CH3NNCH3?", "refer_dataset": "table46", "column names": ["name", "species"], "condition_column": ["name", "species"], "answer_column": [], "condition": {"name": "5", "species": "CH3NNCH3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound named {} belong to species {}?"} +{"question": "Is the electron affinity (B) 8.888 kJ/mol associated with a boiling temperature (B) of 3314.04 K?", "refer_dataset": "table3", "column names": ["EAb", "B_Tb"], "condition_column": ["EAb", "B_Tb"], "answer_column": [], "condition": {"EAb": "8.888", "B_Tb": "3314.04"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the electron affinity (B) {} kJ/mol associated with a boiling temperature (B) of {} K?"} +{"question": "Does the material named Surface-JVASP-1699_miller_1_1_0_thickness_16_VASP_PBE_noDP with formula ThSbRh have a final energy of -154.37363967 and Fermi energy level at 2.70629021?", "refer_dataset": "table66", "column names": ["name", "formula", "final_energy", "efermi"], "condition_column": ["name", "formula", "final_energy", "efermi"], "answer_column": [], "condition": {"name": "Surface-JVASP-1699_miller_1_1_0_thickness_16_VASP_PBE_noDP", "formula": "ThSbRh", "final_energy": "-154.37363967", "efermi": "2.70629021"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material named {} with formula {} have a final energy of {} and Fermi energy level at {}?"} +{"question": "Is there a CH3Ead of 2.0082546507 in Base Be materials?", "refer_dataset": "table24", "column names": ["CH3Ead", "Base"], "condition_column": ["CH3Ead", "Base"], "answer_column": [], "condition": {"CH3Ead": "2.0082546507", "Base": "Be"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a CH3Ead of {} in Base {} materials?"} +{"question": "Is the entry for ID 465 combining formula I4Pt and energy value -2.84179646508 thermodynamically stable?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "465", "formula": "I4Pt", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the entry for ID {} combining formula {} and energy value {} thermodynamically stable?"} +{"question": "Does the publication DOI 10.1016/0022-5088(81)90235-6 correspond to a journal volume numbered 82.0?", "refer_dataset": "table38", "column names": ["doi", "volume"], "condition_column": ["doi", "volume"], "answer_column": [], "condition": {"doi": "10.1016/0022-5088(81)90235-6", "volume": "82.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the publication DOI {} correspond to a journal volume numbered {}?"} +{"question": "Does a methane conversion of -2.4% paired with oxygen conversion of -1.8% yield a C2H4 yield of 0.0%?", "refer_dataset": "table25", "column names": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "condition_column": ["CH4 Conv. (%)", "O2 Conv. (%)", "C2H4 yield (%)"], "answer_column": [], "condition": {"CH4 Conv. (%)": "-2.4", "O2 Conv. (%)": "-1.8", "C2H4 yield (%)": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion of {}% paired with oxygen conversion of {}% yield a C2H4 yield of {}%?"} +{"question": "Does a material with a band alignment offset of -0.9168658555902556 have a valence band maximum of 4.7106 and conduction band minimum of 7.9181?", "refer_dataset": "table52", "column names": ["offset", "optb88vdw_vbm", "optb88vdw_cbm"], "condition_column": ["offset", "optb88vdw_vbm", "optb88vdw_cbm"], "answer_column": [], "condition": {"offset": "-0.9168658555902556", "optb88vdw_vbm": "4.7106", "optb88vdw_cbm": "7.9181"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a band alignment offset of {} have a valence band maximum of {} and conduction band minimum of {}?"} +{"question": "Does a compound containing element Te;Yb have 2 total atoms, a Cubic lattice system, and appear in database OQMD?", "refer_dataset": "table31", "column names": ["2", "4", "11", "7"], "condition_column": ["2", "4", "11", "7"], "answer_column": [], "condition": {"2": "Te;Yb", "4": "2", "11": "Cubic", "7": "OQMD"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a compound containing element {} have {} total atoms, a {} lattice system, and appear in database {}?"} +{"question": "Does a MOF with a surface area of 3807.1 m²/g, void fraction of 0.67373, and maximum CO₂ adsorption capacity of 2.09167 exist?", "refer_dataset": "table50", "column names": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "condition_column": ["surface_area_m2g", "void_fraction", "max_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2g": "3807.1", "void_fraction": "0.67373", "max_co2_adsp": "2.09167"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a surface area of {} m²/g, void fraction of {}, and maximum CO₂ adsorption capacity of {} exist?"} +{"question": "Are there entries where primary anion 0.0 at 0.0%, secondary anion 0.0 at 0.0%, and C2 yield exceed 7.526%?", "refer_dataset": "table20", "column names": ["Anion1", "Anion1-mol", "Anion2", "Anion2-mol", "C2-yield"], "condition_column": ["Anion1", "Anion1-mol", "Anion2", "Anion2-mol", "C2-yield"], "answer_column": [], "condition": {"Anion1": "0.0", "Anion1-mol": "0.0", "Anion2": "0.0", "Anion2-mol": "0.0", "C2-yield": "7.526"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries where primary anion {} at {}%, secondary anion {} at {}%, and C2 yield exceed {}%?"} +{"question": "Is the combination of Support Al, M3 none, and Pch4 0.91 atm documented with C2y 6.7%?", "refer_dataset": "table28", "column names": ["Support", "M3", "Pch4", "C2y"], "condition_column": ["Support", "M3", "Pch4", "C2y"], "answer_column": [], "condition": {"Support": "Al", "M3": "none", "Pch4": "0.91", "C2y": "6.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of Support {}, M3 {}, and Pch4 {} atm documented with C2y {}%?"} +{"question": "Is there a catalyst with a Nanosheets structure and pH 4.2?", "refer_dataset": "table12", "column names": ["Structure", "pH"], "condition_column": ["Structure", "pH"], "answer_column": [], "condition": {"Structure": "Nanosheets", "pH": "4.2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with a {} structure and pH {}?"} +{"question": "At 800°C, does a CH4/O2 ratio of 2.0 correspond to a C2 yield of 7.3%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "condition_column": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "800", "CH4/O2 ratio": "2.0", "C2 yield (%)": "7.3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, does a CH4/O2 ratio of {} correspond to a C2 yield of {}%?"} +{"question": "Does a Base Be material doped with Li result in ReactionE -0.9257165581?", "refer_dataset": "table24", "column names": ["Base", "Dope", "ReactionE"], "condition_column": ["Base", "Dope", "ReactionE"], "answer_column": [], "condition": {"Base": "Be", "Dope": "Li", "ReactionE": "-0.9257165581"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Base {} material doped with {} result in ReactionE {}?"} +{"question": "Is there a molecule with a mean asphericity of 0.8623916129800857 and Bertz complexity index of 1761.1271848570843?", "refer_dataset": "table41", "column names": ["asphericity_mean_0", "bertz_ct_mean_0"], "condition_column": ["asphericity_mean_0", "bertz_ct_mean_0"], "answer_column": [], "condition": {"asphericity_mean_0": "0.8623916129800857", "bertz_ct_mean_0": "1761.1271848570843"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with a mean asphericity of {} and Bertz complexity index of {}?"} +{"question": "At CH4/O₂ ratio 3 and H₂O weight none g, is CH4 conversion 7,9% and C missing 1%?", "refer_dataset": "table27", "column names": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "3", "H2O(g)": "none", "CH4 Conv(%)": "7,9", "C missing(%)": "1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At CH4/O₂ ratio {} and H₂O weight {} g, is CH4 conversion {}% and C missing {}%?"} +{"question": "Is the OptB88vdW functional used for a material with SLME efficiency 2.22% and HSE bandgap na eV?", "refer_dataset": "table48", "column names": ["func", "slme", "hse_gap"], "condition_column": ["func", "slme", "hse_gap"], "answer_column": [], "condition": {"func": "OptB88vdW", "slme": "2.22", "hse_gap": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the {} functional used for a material with SLME efficiency {}% and HSE bandgap {} eV?"} +{"question": "Are C2 yield 3.4%, CO sel 0.3%, and CO2 sel 0.0% achievable with V as secondary cation?", "refer_dataset": "table19", "column names": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "condition_column": ["C2 yield", "CO sel", "CO2 sel", "Cation2"], "answer_column": [], "condition": {"C2 yield": "3.4", "CO sel": "0.3", "CO2 sel": "0.0", "Cation2": "V"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are C2 yield {}%, CO sel {}%, and CO2 sel {}% achievable with {} as secondary cation?"} +{"question": "Does experiment 16 have a reaction temperature of 25.0°C?", "refer_dataset": "table7", "column names": ["Exp", "Rxn_Temp"], "condition_column": ["Exp", "Rxn_Temp"], "answer_column": [], "condition": {"Exp": "16", "Rxn_Temp": "25.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does experiment {} have a reaction temperature of {}°C?"} +{"question": "Does a methane conversion rate of 24.0% occur alongside a C₂ yield of 10.2%?", "refer_dataset": "table23", "column names": ["CH4 conversion (%)", "C2 yield (%)"], "condition_column": ["CH4 conversion (%)", "C2 yield (%)"], "answer_column": [], "condition": {"CH4 conversion (%)": "24.0", "C2 yield (%)": "10.2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion rate of {}% occur alongside a C₂ yield of {}%?"} +{"question": "Does Material MIL-101 have a pore volume of 0.32 cm³/g and require 20 minutes of illumination for 78.0% efficiency?", "refer_dataset": "table6", "column names": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Material": "MIL-101", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "20", "Degradation efficiency (%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Material {} have a pore volume of {} cm³/g and require {} minutes of illumination for {}% efficiency?"} +{"question": "Does a catalyst containing M1=Li, undergoing 850.0℃, yield C2 hydrocarbons at 19.1% selectivity?", "refer_dataset": "table23", "column names": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "condition_column": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "answer_column": [], "condition": {"M1": "Li", "Temp. (℃)": "850.0", "C2 selectivity (%)": "19.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst containing M1={}, undergoing {}℃, yield C2 hydrocarbons at {}% selectivity?"} +{"question": "Does Bi as the primary A site element appear in any material with more than 5 elements?", "refer_dataset": "table35", "column names": ["A site #1", "Number of elements"], "condition_column": ["A site #1", "Number of elements"], "answer_column": [], "condition": {"A site #1": "Bi", "Number of elements": "5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} as the primary A site element appear in any material with more than {} elements?"} +{"question": "Is there a material in space group 225 with formula BF and a crystal system classification of cubic?", "refer_dataset": "table59", "column names": ["spacegroup_number", "formula", "crystal_system"], "condition_column": ["spacegroup_number", "formula", "crystal_system"], "answer_column": [], "condition": {"spacegroup_number": "225", "formula": "BF", "crystal_system": "cubic"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material in space group {} with formula {} and a crystal system classification of {}?"} +{"question": "Does the material with ID 2.0 have a dipole moment of 2.095900058746338, polarizability of 6.309999942779541, and HOMO energy of -7.967494010925293?", "refer_dataset": "table60", "column names": ["id", "mu", "alpha", "homo"], "condition_column": ["id", "mu", "alpha", "homo"], "answer_column": [], "condition": {"id": "2.0", "mu": "2.095900058746338", "alpha": "6.309999942779541", "homo": "-7.967494010925293"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a dipole moment of {}, polarizability of {}, and HOMO energy of {}?"} +{"question": "Is there a perovskite with an HSE lattice constant of 6.47, a PBE decomposition energy of 0.04, and a Log_fom of 5.4?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "PBE_decomp_energy", "Log_fom"], "condition_column": ["HSE_latt_const", "PBE_decomp_energy", "Log_fom"], "answer_column": [], "condition": {"HSE_latt_const": "6.47", "PBE_decomp_energy": "0.04", "Log_fom": "5.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite with an HSE lattice constant of {}, a PBE decomposition energy of {}, and a Log_fom of {}?"} +{"question": "Are M2 Cs, M4 none, and temperature 825.0°C linked to CO 1.1% and H₂ 0.5% yields?", "refer_dataset": "table26", "column names": ["M2", "M4", "Temp (oC)", "CO yield (%)", "H2 yield (%)"], "condition_column": ["M2", "M4", "Temp (oC)", "CO yield (%)", "H2 yield (%)"], "answer_column": [], "condition": {"M2": "Cs", "M4": "none", "Temp (oC)": "825.0", "CO yield (%)": "1.1", "H2 yield (%)": "0.5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are M2 {}, M4 {}, and temperature {}°C linked to CO {}% and H₂ {}% yields?"} +{"question": "Is a material with stability 0.0965321092710966, band gap 0.0, and delta e 0.0978438718534491 present in the database?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_stability": "0.0965321092710966", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.0978438718534491"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a material with stability {}, band gap {}, and delta e {} present in the database?"} +{"question": "Can a material with a conduction band minimum of 4.2821 and band alignment offset of 0.1705275340169199 have a final energy of -94.22629209?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset", "final_energy"], "condition_column": ["optb88vdw_cbm", "offset", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "4.2821", "offset": "0.1705275340169199", "final_energy": "-94.22629209"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material with a conduction band minimum of {} and band alignment offset of {} have a final energy of {}?"} +{"question": "Is the OptB88vdW functional used for a material with SLME efficiency na% and HSE bandgap 2.21 eV?", "refer_dataset": "table48", "column names": ["func", "slme", "hse_gap"], "condition_column": ["func", "slme", "hse_gap"], "answer_column": [], "condition": {"func": "OptB88vdW", "slme": "na", "hse_gap": "2.21"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the {} functional used for a material with SLME efficiency {}% and HSE bandgap {} eV?"} +{"question": "Is there a case where A1 mole 0.001% and B1:In result in alcohol percentage 10.0% and surface area 7.7 m²/g?", "refer_dataset": "table4", "column names": ["A1 mole", "B1", "Alcohol%", "Surface Area(m2/g)"], "condition_column": ["A1 mole", "B1", "Alcohol%", "Surface Area(m2/g)"], "answer_column": [], "condition": {"A1 mole": "0.001", "B1": "In", "Alcohol%": "10.0", "Surface Area(m2/g)": "7.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a case where A1 mole {}% and B1:{} result in alcohol percentage {}% and surface area {} m²/g?"} +{"question": "Are 10.0 hours irradiation and liquid-solid reaction medium conditions linked to a bandgap of 2.67 eV?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Reaction medium", "Eg(eV)"], "condition_column": ["irradiation time(h)", "Reaction medium", "Eg(eV)"], "answer_column": [], "condition": {"irradiation time(h)": "10.0", "Reaction medium": "liquid-solid", "Eg(eV)": "2.67"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} hours irradiation and {} reaction medium conditions linked to a bandgap of {} eV?"} +{"question": "Does a carbon deficit of 5,7% align with a CO₂ yield of 3,8%?", "refer_dataset": "table27", "column names": ["C missing(%)", "CO2 yield(%)"], "condition_column": ["C missing(%)", "CO2 yield(%)"], "answer_column": [], "condition": {"C missing(%)": "5,7", "CO2 yield(%)": "3,8"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a carbon deficit of {}% align with a CO₂ yield of {}%?"} +{"question": "Does a desorption temperature of 90°C correlate with a calcination temperature of 400°C?", "refer_dataset": "table11", "column names": ["DT (℃)", "CT (℃)"], "condition_column": ["DT (℃)", "CT (℃)"], "answer_column": [], "condition": {"DT (℃)": "90", "CT (℃)": "400"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a desorption temperature of {}°C correlate with a calcination temperature of {}°C?"} +{"question": "Are there any materials with high mechanical stiffness (bulk modulus of 175.4724468690324 GPa), rigidity (shear modulus of 6.673120387482937 GPa), and low stability (e_hull over 0.0 eV)?", "refer_dataset": "table54", "column names": ["bulk modulus", "shear modulus", "e_hull"], "condition_column": ["bulk modulus", "shear modulus", "e_hull"], "answer_column": [], "condition": {"bulk modulus": "175.4724468690324", "shear modulus": "6.673120387482937", "e_hull": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any materials with high mechanical stiffness (bulk modulus of {} GPa), rigidity (shear modulus of {} GPa), and low stability (e_hull over {} eV)?"} +{"question": "Does any perovskite with a tolerance factor of 0.912 have a refractive index of 2.26?", "refer_dataset": "table49", "column names": ["Tol", "Ref_ind"], "condition_column": ["Tol", "Ref_ind"], "answer_column": [], "condition": {"Tol": "0.912", "Ref_ind": "2.26"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any perovskite with a tolerance factor of {} have a refractive index of {}?"} +{"question": "Does BP86 method show materials with Scharber voltage of -0.409446787 alongside HOMO energy level of -0.215?", "refer_dataset": "table51", "column names": ["bp86_scharber_voc", "bp86_homo"], "condition_column": ["bp86_scharber_voc", "bp86_homo"], "answer_column": [], "condition": {"bp86_scharber_voc": "-0.409446787", "bp86_homo": "-0.215"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does BP86 method show materials with Scharber voltage of {} alongside HOMO energy level of {}?"} +{"question": "Are octahedral ionic ratios of 0.442857142857 and 0.918888762681 TF ionic contributions compatible with formation energies of -2.24433647933?", "refer_dataset": "table37", "column names": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "condition_column": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "answer_column": [], "condition": {"octahedral_factor_ionic": "0.442857142857", "goldschmidt_TF_ionic": "0.918888762681", "Formation_energy": "-2.24433647933"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are octahedral ionic ratios of {} and {} TF ionic contributions compatible with formation energies of {}?"} +{"question": "Does the material with energy above hull of 0.028783908 eV decompose into PrY2 Ac Pr ?", "refer_dataset": "table44", "column names": ["e_above_hull", "decomposition"], "condition_column": ["e_above_hull", "decomposition"], "answer_column": [], "condition": {"e_above_hull": "0.028783908", "decomposition": " PrY2 Ac Pr "}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with energy above hull of {} eV decompose into {}?"} +{"question": "Is there a catalyst supported on BN with CO2 yield over 5.21%?", "refer_dataset": "table17", "column names": ["Support", "CO2y"], "condition_column": ["Support", "CO2y"], "answer_column": [], "condition": {"Support": "BN", "CO2y": "5.21"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst supported on {} with CO2 yield over {}%?"} +{"question": "Is there a SNUMAT material SM-17801 with a GGA optical band gap of 1.07639 eV and direct band gap type?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_GGA_optical", "Direct_or_indirect"], "condition_column": ["SNUMAT_id", "Band_gap_GGA_optical"], "answer_column": ["Direct_or_indirect"], "condition": {"SNUMAT_id": "SM-17801", "Band_gap_GGA_optical": "1.07639"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a SNUMAT material {} with a GGA optical band gap of {} eV and direct band gap type?"} +{"question": "Are the maximum CO₂ adsorption capacity of 3.79473, surface area of 4517.7 m²/g, and void fraction of 0.782864 features of the same material?", "refer_dataset": "table50", "column names": ["max_co2_adsp", "surface_area_m2g", "void_fraction"], "condition_column": ["max_co2_adsp", "surface_area_m2g", "void_fraction"], "answer_column": [], "condition": {"max_co2_adsp": "3.79473", "surface_area_m2g": "4517.7", "void_fraction": "0.782864"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the maximum CO₂ adsorption capacity of {}, surface area of {} m²/g, and void fraction of {} features of the same material?"} +{"question": "Is there a material that has an elastic anisotropy of 0.03, a bulk modulus over 0.9905521088777232 GPa, and a formation energy (e_form) below -0.3431781066666677 eV?", "refer_dataset": "table54", "column names": ["elastic anisotropy", "bulk modulus", "e_form"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_form"], "answer_column": [], "condition": {"elastic anisotropy": "0.03", "bulk modulus": "0.9905521088777232", "e_form": "-0.3431781066666677"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has an elastic anisotropy of {}, a bulk modulus over {} GPa, and a formation energy (e_form) below {} eV?"} +{"question": "Is the total magnetization of formula Ac10In4N3 equal to 1.7e-06?", "refer_dataset": "table44", "column names": ["formula", "total_mag"], "condition_column": ["formula", "total_mag"], "answer_column": [], "condition": {"formula": "Ac10In4N3", "total_mag": "1.7e-06"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total magnetization of formula {} equal to {}?"} +{"question": "Does the molecule with SMILES CC#C have an optimized structure notation of CC#C?", "refer_dataset": "table61", "column names": ["SMILES", "SMILES_relaxed"], "condition_column": ["SMILES", "SMILES_relaxed"], "answer_column": [], "condition": {"SMILES": "CC#C", "SMILES_relaxed": "CC#C"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecule with SMILES {} have an optimized structure notation of {}?"} +{"question": "Is there a material in space group Im-3m (formula Al) with surface energy data ['1 0 0,0.088', '1 1 0,0.317', '1 1 1,0.924', '2 1 0,0.436', '2 1 1,0.827', '2 2 1,0.905', '3 1 0,0.506', '3 1 1,0.809', '3 2 0,0.392', '3 2 1,0.893', '3 2 2,0.927', '3 3 1,0.858', '3 3 2,0.991']?", "refer_dataset": "table53", "column names": ["spg", "formula", "surf_dat"], "condition_column": ["spg", "formula", "surf_dat"], "answer_column": [], "condition": {"spg": "Im-3m", "formula": "Al", "surf_dat": "['1 0 0,0.088', '1 1 0,0.317', '1 1 1,0.924', '2 1 0,0.436', '2 1 1,0.827', '2 2 1,0.905', '3 1 0,0.506', '3 1 1,0.809', '3 2 0,0.392', '3 2 1,0.893', '3 2 2,0.927', '3 3 1,0.858', '3 3 2,0.991']"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material in space group {} (formula {}) with surface energy data {}?"} +{"question": "Is the CO₂ absolute adsorption amount of [0.0145724, 0.0712315, 0.131967, 0.736262, 3.79473] measured at [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure?", "refer_dataset": "table50", "column names": ["co2_absp", "co2_pressures"], "condition_column": ["co2_absp", "co2_pressures"], "answer_column": [], "condition": {"co2_absp": "[0.0145724, 0.0712315, 0.131967, 0.736262, 3.79473]", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO₂ absolute adsorption amount of {} measured at {} bar pressure?"} +{"question": "Does surface area 180.41 m²/g, pore volume 0.32 cm³/g, and illumination 10 minutes collectively result in 35.0% degradation efficiency?", "refer_dataset": "table6", "column names": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Surface area (m2/g)", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Surface area (m2/g)": "180.41", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "10", "Degradation efficiency (%)": "35.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface area {} m²/g, pore volume {} cm³/g, and illumination {} minutes collectively result in {}% degradation efficiency?"} +{"question": "Does surface key 5 (Miller indices: -211) with adsorbed species CH* have an activation energy of 1.61 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "ab", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "ab", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "5", "surfaces": "-211", "ab": "CH*", "activation_energy": "1.61"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface key {} (Miller indices: {}) with adsorbed species {} have an activation energy of {} eV?"} +{"question": "Can a 3D material with formation energy 2.5045 have a vacancy formation factor of ['Al,2,-11.124', 'Al,2,-10.267', 'Al,4,-10.963', 'Al,4,-11.303', 'Al,8,-11.941', 'Co,2,-11.35', 'Co,2,-10.482', 'Co,4,-13.761']?", "refer_dataset": "table68", "column names": ["material_type", "ef", "ff_vac"], "condition_column": ["material_type", "ef", "ff_vac"], "answer_column": [], "condition": {"material_type": "3D", "ef": "2.5045", "ff_vac": "['Al,2,-11.124', 'Al,2,-10.267', 'Al,4,-10.963', 'Al,4,-11.303', 'Al,8,-11.941', 'Co,2,-11.35', 'Co,2,-10.482', 'Co,4,-13.761']"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a {} material with formation energy {} have a vacancy formation factor of {}?"} +{"question": "Does the compound named 7 belong to species H2OHCOOH?", "refer_dataset": "table46", "column names": ["name", "species"], "condition_column": ["name", "species"], "answer_column": [], "condition": {"name": "7", "species": "H2OHCOOH"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound named {} belong to species {}?"} +{"question": "Is there a material that has an elastic anisotropy of 0.95, a bulk modulus over 57.0 GPa, and a formation energy (e_form) below -1.5754425584821432 eV?", "refer_dataset": "table54", "column names": ["elastic anisotropy", "bulk modulus", "e_form"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_form"], "answer_column": [], "condition": {"elastic anisotropy": "0.95", "bulk modulus": "57.0", "e_form": "-1.5754425584821432"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has an elastic anisotropy of {}, a bulk modulus over {} GPa, and a formation energy (e_form) below {} eV?"} +{"question": "Is the shear modulus for job ID JLMP-1045 measured as 50.95?", "refer_dataset": "table53", "column names": ["jid", "gv"], "condition_column": ["jid", "gv"], "answer_column": [], "condition": {"jid": "JLMP-1045", "gv": "50.95"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the shear modulus for job ID {} measured as {}?"} +{"question": "Is there a reference where aging for 4 hours, calcining at 700°C, and surface area of 12.46 m²/g are documented?", "refer_dataset": "table11", "column names": ["AH (h)", "CT (℃)", "SSA (m2 g -1 )"], "condition_column": ["AH (h)", "CT (℃)", "SSA (m2 g -1 )"], "answer_column": [], "condition": {"AH (h)": "4", "CT (℃)": "700", "SSA (m2 g -1 )": "12.46"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a reference where aging for {} hours, calcining at {}°C, and surface area of {} m²/g are documented?"} +{"question": "Does the material with ID 42c0f935cf9f18fd-desc exhibit an energy per atom of -8.33559?", "refer_dataset": "table43", "column names": ["id", "energy_atom"], "condition_column": ["id", "energy_atom"], "answer_column": [], "condition": {"id": "42c0f935cf9f18fd-desc", "energy_atom": "-8.33559"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} exhibit an energy per atom of {}?"} +{"question": "Is job ID JLMP-1000 associated with element -O-Si and unavailable phonon data?", "refer_dataset": "table53", "column names": ["jid", "search", "phon_dat"], "condition_column": ["jid", "search"], "answer_column": ["phon_dat"], "condition": {"jid": "JLMP-1000", "search": "-O-Si"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} associated with element {} and unavailable phonon data?"} +{"question": "Does a catalyst using Zn as M1, Mo as M2, and La2O3 as support achieve CH4 conversion above 37.24810247%?", "refer_dataset": "table21", "column names": ["M1", "M2", "Support", "CH4 conversion (%)"], "condition_column": ["M1", "M2", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "M2": "Mo", "Support": "La2O3", "CH4 conversion (%)": "37.24810247"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using {} as M1, {} as M2, and {} as support achieve CH4 conversion above {}%?"} +{"question": "Is the dataset entry 1917 (ID) for formula AsO4Sc and energy -2.47536769923 correct?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1917", "formula": "AsO4Sc", "formula_energy": "-2.47536769923"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the dataset entry {} (ID) for formula {} and energy {} correct?"} +{"question": "Is there a compound with a boiling temperature (B) of 3074.0 K and a first ionization energy (B) of 7.365 kJ/mol?", "refer_dataset": "table3", "column names": ["B_Tb", "I1b"], "condition_column": ["B_Tb", "I1b"], "answer_column": [], "condition": {"B_Tb": "3074.0", "I1b": "7.365"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with a boiling temperature (B) of {} K and a first ionization energy (B) of {} kJ/mol?"} +{"question": "For element Pt on the -211 surface, is there a reaction energy of 0.353 eV and activation energy of 1.87 eV?", "refer_dataset": "table18", "column names": ["AA", "surfaces", "reaction_energy", "activation_energy"], "condition_column": ["AA", "surfaces", "reaction_energy", "activation_energy"], "answer_column": [], "condition": {"AA": "Pt", "surfaces": "-211", "reaction_energy": "0.353", "activation_energy": "1.87"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For element {} on the {} surface, is there a reaction energy of {} eV and activation energy of {} eV?"} +{"question": "Are there materials where the bulk modulus is 131.4023301801204 GPa and the magnetic moment (mu_b) is 6.11e-05?", "refer_dataset": "table54", "column names": ["bulk modulus", "mu_b"], "condition_column": ["bulk modulus", "mu_b"], "answer_column": [], "condition": {"bulk modulus": "131.4023301801204", "mu_b": "6.11e-05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the bulk modulus is {} GPa and the magnetic moment (mu_b) is {}?"} +{"question": "Is the degradation rate 50.0% achieved with a dopant of C calcined at 400°C?", "refer_dataset": "table8", "column names": ["Degradation rate(%)", "Dopant", "Calcination temperature(°C)"], "condition_column": ["Degradation rate(%)", "Dopant", "Calcination temperature(°C)"], "answer_column": [], "condition": {"Degradation rate(%)": "50.0", "Dopant": "C", "Calcination temperature(°C)": "400"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the degradation rate {}% achieved with a dopant of {} calcined at {}°C?"} +{"question": "Is there a material with space group 139, composed of ['Ac', 'In', 'N'] elements, and a total magnetization of 1.7e-06?", "refer_dataset": "table44", "column names": ["spg", "elements", "total_mag"], "condition_column": ["spg", "elements", "total_mag"], "answer_column": [], "condition": {"spg": "139", "elements": "['Ac', 'In', 'N']", "total_mag": "1.7e-06"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group {}, composed of {} elements, and a total magnetization of {}?"} +{"question": "Does the space group 119 contain a Be2OsRu material with a magnetic moment of 0.0?", "refer_dataset": "table47", "column names": ["spg_number", "formula", "magmom_oszicar"], "condition_column": ["spg_number", "formula", "magmom_oszicar"], "answer_column": [], "condition": {"spg_number": "119", "formula": "Be2OsRu", "magmom_oszicar": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the space group {} contain a {} material with a magnetic moment of {}?"} +{"question": "Does a methane conversion efficiency of 35.12904098% occur with a C2 selectivity of 17.98589067%?", "refer_dataset": "table21", "column names": ["CH4 conversion (%)", "C2 selectivity(%)"], "condition_column": ["CH4 conversion (%)", "C2 selectivity(%)"], "answer_column": [], "condition": {"CH4 conversion (%)": "35.12904098", "C2 selectivity(%)": "17.98589067"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a methane conversion efficiency of {}% occur with a C2 selectivity of {}%?"} +{"question": "Are there materials with a bulk modulus exceeding 84.16972454847519 GPa and a shear modulus greater than -27.758493782833494 GPa?", "refer_dataset": "table54", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "84.16972454847519", "shear modulus": "-27.758493782833494"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a bulk modulus exceeding {} GPa and a shear modulus greater than {} GPa?"} +{"question": "Does an alloy with 5.2% Al and 0.0% Ti exhibit a γ' size below 2.1 nm?", "refer_dataset": "table39", "column names": ["Al", "Ti", "γ＇相尺寸 (nm)"], "condition_column": ["Al", "Ti", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"Al": "5.2", "Ti": "0.0", "γ＇相尺寸 (nm)": "2.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an alloy with {}% Al and {}% Ti exhibit a γ' size below {} nm?"} +{"question": "Is the IUPAC chemical name Lithium titanium oxide (0.75/2/4) associated with the common name Spinel (Li, Ti)?", "refer_dataset": "table38", "column names": ["chemname", "commonname"], "condition_column": ["chemname", "commonname"], "answer_column": [], "condition": {"chemname": "Lithium titanium oxide (0.75/2/4)", "commonname": "Spinel (Li, Ti)"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the IUPAC chemical name {} associated with the common name {}?"} +{"question": "Are there any materials with elastic anisotropy > 14.004436456547142, bulk modulus < 37.9081914130929, and e_hull stability threshold of 0.00138836625?", "refer_dataset": "table56", "column names": ["elastic anisotropy", "bulk modulus", "e_hull"], "condition_column": ["elastic anisotropy", "bulk modulus", "e_hull"], "answer_column": [], "condition": {"elastic anisotropy": "14.004436456547142", "bulk modulus": "37.9081914130929", "e_hull": "0.00138836625"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any materials with elastic anisotropy > {}, bulk modulus < {}, and e_hull stability threshold of {}?"} +{"question": "Is the chemical composition Fe1.05Te1 associated with a Tc under 13.0 K?", "refer_dataset": "table65", "column names": ["formula", "Tc"], "condition_column": ["formula", "Tc"], "answer_column": [], "condition": {"formula": "Fe1.05Te1", "Tc": "13.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the chemical composition {} associated with a Tc under {} K?"} +{"question": "Does any material have a total magnetization of 0.0 with a stability energy per atom of -5.294281023333333?", "refer_dataset": "table67", "column names": ["total_magnetization", "energy_per_atom"], "condition_column": ["total_magnetization", "energy_per_atom"], "answer_column": [], "condition": {"total_magnetization": "0.0", "energy_per_atom": "-5.294281023333333"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have a total magnetization of {} with a stability energy per atom of {}?"} +{"question": "Are there any alloys where Mn 0.5, J.uAcm2_0.63_initialCA 1622.133, and Y 0.0 coexist?", "refer_dataset": "table16", "column names": ["Mn", "J.uAcm2_0.63_initialCA", "Y"], "condition_column": ["Mn", "J.uAcm2_0.63_initialCA", "Y"], "answer_column": [], "condition": {"Mn": "0.5", "J.uAcm2_0.63_initialCA": "1622.133", "Y": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any alloys where Mn {}, J.uAcm2_0.63_initialCA {}, and Y {} coexist?"} +{"question": "Does an element with an atomic volume of 4.58 cm³/mol have a BCC lattice structure?", "refer_dataset": "table36", "column names": ["Atomic Volume (cm³/mol)", "IsBCC"], "condition_column": ["Atomic Volume (cm³/mol)"], "answer_column": ["IsBCC"], "condition": {"Atomic Volume (cm³/mol)": "4.58"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an element with an atomic volume of {} cm³/mol have a BCC lattice structure?"} +{"question": "Does the material with ICSD number 155159 exhibit a FM magnetic ordering?", "refer_dataset": "table63", "column names": ["ICSD_number", "Magnetic_ordering"], "condition_column": ["ICSD_number", "Magnetic_ordering"], "answer_column": [], "condition": {"ICSD_number": "155159", "Magnetic_ordering": "FM"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ICSD number {} exhibit a {} magnetic ordering?"} +{"question": "A photocatalyst with molecular formula LaFe0.85Ti0.15O3, co-catalyst Pt(0.5 wt％), and dose 1.0 g L⁻¹ operates under Xe lamp (300 W), λ > 420 nm W light intensity.", "refer_dataset": "table1", "column names": ["Molecular formula", "Co-catalyst", "Photocatalyst dose(g L-1)", "Light intensity(W)"], "condition_column": ["Molecular formula", "Co-catalyst", "Photocatalyst dose(g L-1)", "Light intensity(W)"], "answer_column": [], "condition": {"Molecular formula": "LaFe0.85Ti0.15O3", "Co-catalyst": "Pt(0.5 wt％)", "Photocatalyst dose(g L-1)": "1.0", "Light intensity(W)": "Xe lamp (300 W), λ > 420 nm"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A photocatalyst with molecular formula {}, co-catalyst {}, and dose {} g L⁻¹ operates under {} W light intensity."} +{"question": "Is there a TiBr3 compound with shear modulus na GPa and bulk modulus na GPa?", "refer_dataset": "table48", "column names": ["formula", "shear_modulus_gv", "bulk_modulus_kv"], "condition_column": ["formula", "shear_modulus_gv", "bulk_modulus_kv"], "answer_column": [], "condition": {"formula": "TiBr3", "shear_modulus_gv": "na", "bulk_modulus_kv": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} compound with shear modulus {} GPa and bulk modulus {} GPa?"} +{"question": "Does a material with bulk modulus 48.79 GPa have a shear modulus of 33.05 GPa?", "refer_dataset": "table47", "column names": ["bulk_modulus_kv", "shear_modulus_gv"], "condition_column": ["bulk_modulus_kv", "shear_modulus_gv"], "answer_column": [], "condition": {"bulk_modulus_kv": "48.79", "shear_modulus_gv": "33.05"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with bulk modulus {} GPa have a shear modulus of {} GPa?"} +{"question": "Is there a catalyst with a C2 yield of 0.53198504% at 900°C?", "refer_dataset": "table21", "column names": ["C2 yield (%)", "Temp. (°C)"], "condition_column": ["C2 yield (%)", "Temp. (°C)"], "answer_column": [], "condition": {"C2 yield (%)": "0.53198504", "Temp. (°C)": "900"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with a C2 yield of {}% at {}°C?"} +{"question": "Is there a composition with 0.0% Re aged at 800.0°C for 8.0 hours?", "refer_dataset": "table39", "column names": ["Re", "时效温度T (℃)", "时效时间t (h)"], "condition_column": ["Re", "时效温度T (℃)", "时效时间t (h)"], "answer_column": [], "condition": {"Re": "0.0", "时效温度T (℃)": "800.0", "时效时间t (h)": "8.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a composition with {}% Re aged at {}°C for {} hours?"} +{"question": "Has the perovskite Zr:KNbO3 shown a cycle2 performance of 8.7?", "refer_dataset": "table5", "column names": ["Full Name of Perovskite", "cycle2"], "condition_column": ["Full Name of Perovskite", "cycle2"], "answer_column": [], "condition": {"Full Name of Perovskite": "Zr:KNbO3", "cycle2": "8.7"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has the perovskite {} shown a cycle2 performance of {}?"} +{"question": "At a CH4/O2 ratio of 2.0, is the O2 conversion 82.4%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "O2 Conv. (%)"], "condition_column": ["CH4/O2 ratio", "O2 Conv. (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "O2 Conv. (%)": "82.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a CH4/O2 ratio of {}, is the O2 conversion {}%?"} +{"question": "Does job ID JVASP-14812 contain a bulk material with energy -72.60992 and defective energy -69.48613819?", "refer_dataset": "table68", "column names": ["jid", "bulk_energy", "defective_energy"], "condition_column": ["jid", "bulk_energy", "defective_energy"], "answer_column": [], "condition": {"jid": "JVASP-14812", "bulk_energy": "-72.60992", "defective_energy": "-69.48613819"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} contain a bulk material with energy {} and defective energy {}?"} +{"question": "In the OQMD database, is there a compound with space group 194, HM symbol P63/mmc, and a volume over 123.99100Å3 cubic angstroms?", "refer_dataset": "table31", "column names": ["7", "8", "9", "5"], "condition_column": ["7", "8", "9", "5"], "answer_column": [], "condition": {"7": "OQMD", "8": "194", "9": "P63/mmc", "5": "123.99100Å3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In the {} database, is there a compound with space group {}, HM symbol {}, and a volume over {} cubic angstroms?"} +{"question": "Is the title \"Numerical solution of shock and ramp compression for general material\n properties\" associated with the report number ICT-Koi-2007-2?", "refer_dataset": "table45", "column names": ["title", "report-no"], "condition_column": ["title", "report-no"], "answer_column": [], "condition": {"title": "Numerical solution of shock and ramp compression for general material\n properties", "report-no": "ICT-Koi-2007-2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the title \"{}\" associated with the report number {}?"} +{"question": "Does any compound exhibit a Goldschmidt tolerance factor of 0.915258298018, octahedral ionic ratio of 0.392857142857, and Shannon radii of 1.107 at the A-site?", "refer_dataset": "table37", "column names": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "condition_column": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "answer_column": [], "condition": {"goldschmidt_TF": "0.915258298018", "octahedral_factor_ionic": "0.392857142857", "shannon_radii_host_Asite0": "1.107"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a Goldschmidt tolerance factor of {}, octahedral ionic ratio of {}, and Shannon radii of {} at the A-site?"} +{"question": "Is job ID JLMP-1 linked to formula SiO2 through reference mp-73?", "refer_dataset": "table53", "column names": ["jid", "formula", "ref"], "condition_column": ["jid", "formula", "ref"], "answer_column": [], "condition": {"jid": "JLMP-1", "formula": "SiO2", "ref": "mp-73"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} linked to formula {} through reference {}?"} +{"question": "Is there a non-magnetic (mu_b = 0) material with formula 0.2459663 that has a bulk modulus exceeding Mg(ScSe2)2 and shear modulus below 57.0?", "refer_dataset": "table56", "column names": ["mu_b", "formula", "bulk modulus", "shear modulus"], "condition_column": ["mu_b", "formula", "bulk modulus"], "answer_column": ["shear modulus"], "condition": {"mu_b": "0.2459663", "formula": "Mg(ScSe2)2", "bulk modulus": "57.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-magnetic (mu_b = 0) material with formula {} that has a bulk modulus exceeding {} and shear modulus below {}?"} +{"question": "Material Bi0.5Na0.5TiO3 exhibits a first ionization energy (A) of 6.212 kJ/mol, electron affinity (A) of 72.1 kJ/mol, and density (A) of 5.38 g/cm³.", "refer_dataset": "table3", "column names": ["Materials", "I1a", "EAa", "ρa"], "condition_column": ["Materials", "I1a", "EAa", "ρa"], "answer_column": [], "condition": {"Materials": "Bi0.5Na0.5TiO3", "I1a": "6.212", "EAa": "72.1", "ρa": "5.38"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} exhibits a first ionization energy (A) of {} kJ/mol, electron affinity (A) of {} kJ/mol, and density (A) of {} g/cm³."} +{"question": "Is there a material with elements H (1 atoms), H (1 atoms), and an indirect bandgap below 2.4 eV?", "refer_dataset": "table22", "column names": ["B", "Bn", "C", "Cn", "Indirect_Band"], "condition_column": ["B", "Bn", "C", "Cn", "Indirect_Band"], "answer_column": [], "condition": {"B": "H", "Bn": "1", "C": "H", "Cn": "1", "Indirect_Band": "2.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with elements {} ({} atoms), {} ({} atoms), and an indirect bandgap below {} eV?"} +{"question": "Is the closest polyhedron geometry Triangular dodecahedron linked to the CSM value 0.826?", "refer_dataset": "table34", "column names": ["closest_polyhedron", "CSM"], "condition_column": ["closest_polyhedron", "CSM"], "answer_column": [], "condition": {"closest_polyhedron": "Triangular dodecahedron", "CSM": "0.826"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the closest polyhedron geometry {} linked to the CSM value {}?"} +{"question": "Is material ID 2dm-3 characterized by a total magnetization of -0.0, stability energy per atom -3.3256728375000004, and bandgap 0.0?", "refer_dataset": "table67", "column names": ["material_id", "total_magnetization", "energy_per_atom", "bandgap"], "condition_column": ["material_id", "total_magnetization", "energy_per_atom", "bandgap"], "answer_column": [], "condition": {"material_id": "2dm-3", "total_magnetization": "-0.0", "energy_per_atom": "-3.3256728375000004", "bandgap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material ID {} characterized by a total magnetization of {}, stability energy per atom {}, and bandgap {}?"} +{"question": "Is the radiation wavelength 1.54184 (type x-ray) paired with a journal volume 6.0?", "refer_dataset": "table38", "column names": ["wavelength", "radiation", "volume"], "condition_column": ["wavelength", "radiation", "volume"], "answer_column": [], "condition": {"wavelength": "1.54184", "radiation": "x-ray", "volume": "6.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the radiation wavelength {} (type {}) paired with a journal volume {}?"} +{"question": "At calcination time 5.0 hours, reaction solution 10vol％ CH3OH, and calcination temperature 823.0 K, the bandgap is 3.0 eV.", "refer_dataset": "table1", "column names": ["Calcination time(h)", "Reaction solution", "Calcination temperature(K)", "Eg(eV)"], "condition_column": ["Calcination time(h)", "Reaction solution", "Calcination temperature(K)", "Eg(eV)"], "answer_column": [], "condition": {"Calcination time(h)": "5.0", "Reaction solution": "10vol％ CH3OH", "Calcination temperature(K)": "823.0", "Eg(eV)": "3.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At calcination time {} hours, reaction solution {}, and calcination temperature {} K, the bandgap is {} eV."} +{"question": "Is a Bi-based photocatalyst at PbBiO2Br/GO g/l loading irradiated for 1.666666667 hours yielding 12.0 μmol/g/h?", "refer_dataset": "table10", "column names": ["Bi type in photocatalyst", "loading (g/l)", "irradiation time(h)", "Yield (μmol/g/h)"], "condition_column": ["Bi type in photocatalyst", "loading (g/l)", "irradiation time(h)"], "answer_column": ["Yield (μmol/g/h)"], "condition": {"Bi type in photocatalyst": "PbBiO2Br/GO", "loading (g/l)": "1.666666667", "irradiation time(h)": "12.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Bi-based photocatalyst at {} g/l loading irradiated for {} hours yielding {} μmol/g/h?"} +{"question": "Does a carbon deficit of 0,9% align with a CO₂ yield of 0,6%?", "refer_dataset": "table27", "column names": ["C missing(%)", "CO2 yield(%)"], "condition_column": ["C missing(%)", "CO2 yield(%)"], "answer_column": [], "condition": {"C missing(%)": "0,9", "CO2 yield(%)": "0,6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a carbon deficit of {}% align with a CO₂ yield of {}%?"} +{"question": "Does bandgap 2.48 eV occur at a molar ratio of A1 substitution of 0.003?", "refer_dataset": "table4", "column names": ["BandGap(eV)", "A1 mole"], "condition_column": ["BandGap(eV)", "A1 mole"], "answer_column": [], "condition": {"BandGap(eV)": "2.48", "A1 mole": "0.003"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does bandgap {} eV occur at a molar ratio of A1 substitution of {}?"} +{"question": "Are octahedral ionic ratios of 0.464285714286 and 0.889057428541 TF ionic contributions compatible with formation energies of -1.31186258471?", "refer_dataset": "table37", "column names": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "condition_column": ["octahedral_factor_ionic", "goldschmidt_TF_ionic", "Formation_energy"], "answer_column": [], "condition": {"octahedral_factor_ionic": "0.464285714286", "goldschmidt_TF_ionic": "0.889057428541", "Formation_energy": "-1.31186258471"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are octahedral ionic ratios of {} and {} TF ionic contributions compatible with formation energies of {}?"} +{"question": "Is the CO yield 5.185 μmol/g/h achieved in a liquid-solid reaction medium?", "refer_dataset": "table10", "column names": ["Yield (μmol/g/h)", "Reaction medium"], "condition_column": ["Yield (μmol/g/h)", "Reaction medium"], "answer_column": [], "condition": {"Yield (μmol/g/h)": "5.185", "Reaction medium": "liquid-solid"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO yield {} μmol/g/h achieved in a {} reaction medium?"} +{"question": "Are catalysts with a surface area of 3.95 m²/g and desorption temperature of 120°C exclusively prepared using method 3?", "refer_dataset": "table11", "column names": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "condition_column": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "answer_column": [], "condition": {"SSA (m2 g -1 )": "3.95", "DT (℃)": "120", "PM": "3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts with a surface area of {} m²/g and desorption temperature of {}°C exclusively prepared using method {}?"} +{"question": "With primary cation V, secondary cation amount 80%, and support SiO2, is methane conversion 900%?", "refer_dataset": "table19", "column names": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "condition_column": ["Cation1", "Cation2Amount", "Support", "Temp CH4 conv"], "answer_column": [], "condition": {"Cation1": "V", "Cation2Amount": "80", "Support": "SiO2", "Temp CH4 conv": "900"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With primary cation {}, secondary cation amount {}%, and support {}, is methane conversion {}%?"} +{"question": "Is the bulk energy of Ni recorded as -149.05944?", "refer_dataset": "table68", "column names": ["bulk_formula", "bulk_energy"], "condition_column": ["bulk_formula", "bulk_energy"], "answer_column": [], "condition": {"bulk_formula": "Ni", "bulk_energy": "-149.05944"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the bulk energy of {} recorded as {}?"} +{"question": "The compound Hf2S has a bulk modulus of 131.4023301801204 GPa, a shear modulus of 73.9131569870325 GPa, and an elastic anisotropy of 0.353098671453079.", "refer_dataset": "table54", "column names": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "condition_column": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "Hf2S", "bulk modulus": "131.4023301801204", "shear modulus": "73.9131569870325", "elastic anisotropy": "0.353098671453079"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The compound {} has a bulk modulus of {} GPa, a shear modulus of {} GPa, and an elastic anisotropy of {}."} +{"question": "Does material ID Perov-9 correspond to a PBE band gap of 2.55 and an HSE mixing energy of 0.2?", "refer_dataset": "table49", "column names": ["id", "PBE_gap", "HSE_mix_energy"], "condition_column": ["id", "PBE_gap", "HSE_mix_energy"], "answer_column": [], "condition": {"id": "Perov-9", "PBE_gap": "2.55", "HSE_mix_energy": "0.2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material ID {} correspond to a PBE band gap of {} and an HSE mixing energy of {}?"} +{"question": "Does M4 none at 0.0 wt% with CH₄ conversion 2.2% result in O₂ conversion 51.8%?", "refer_dataset": "table26", "column names": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "condition_column": ["M4", "M4 (wt%)", "CH4 Conv. (%)", "O2 Conv. (%)"], "answer_column": [], "condition": {"M4": "none", "M4 (wt%)": "0.0", "CH4 Conv. (%)": "2.2", "O2 Conv. (%)": "51.8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M4 {} at {} wt% with CH₄ conversion {}% result in O₂ conversion {}%?"} +{"question": "Does Zn as the primary metal (M1) achieve a CH4 conversion of 42.87787393%?", "refer_dataset": "table21", "column names": ["M1", "CH4 conversion (%)"], "condition_column": ["M1", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "CH4 conversion (%)": "42.87787393"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} as the primary metal (M1) achieve a CH4 conversion of {}%?"} +{"question": "Is the energy above hull 0.0 eV/atom paired with a formation energy of -0.0397 eV/atom?", "refer_dataset": "table48", "column names": ["ehull", "formation_energy_peratom"], "condition_column": ["ehull", "formation_energy_peratom"], "answer_column": [], "condition": {"ehull": "0.0", "formation_energy_peratom": "-0.0397"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy above hull {} eV/atom paired with a formation energy of {} eV/atom?"} +{"question": "Is the substrate CO2,H2 processed under reaction conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '48,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Reaction"], "condition_column": ["Substrates", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '48,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the substrate {} processed under reaction conditions {}?"} +{"question": "Does material composition La0.925Sr0.075Fe0.925Ti0.075O3 correspond to a bandgap energy (Eg) of 2.1 eV?", "refer_dataset": "table2", "column names": ["Materials", "Eg(eV)"], "condition_column": ["Materials", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "La0.925Sr0.075Fe0.925Ti0.075O3", "Eg(eV)": "2.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material composition {} correspond to a bandgap energy (Eg) of {} eV?"} +{"question": "Is the minimum CO₂ adsorption capacity of 0.0145724 observed under [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure conditions?", "refer_dataset": "table50", "column names": ["min_co2_adsp", "co2_pressures"], "condition_column": ["min_co2_adsp", "co2_pressures"], "answer_column": [], "condition": {"min_co2_adsp": "0.0145724", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the minimum CO₂ adsorption capacity of {} observed under {} bar pressure conditions?"} +{"question": "Is the energy value -3.7510365984 linked to the chemical formula F5Nb?", "refer_dataset": "table64", "column names": ["formula_energy", "formula"], "condition_column": ["formula_energy", "formula"], "answer_column": [], "condition": {"formula_energy": "-3.7510365984", "formula": "F5Nb"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy value {} linked to the chemical formula {}?"} +{"question": "Is there a molecule where the zero-point vibrational energy is -3.46252599336862, statistical correlation coefficient is -4.1474743680007, and heat capacity is -6.22114744260378?", "refer_dataset": "table61", "column names": ["ZPVE", "R2", "Cv"], "condition_column": ["ZPVE", "R2", "Cv"], "answer_column": [], "condition": {"ZPVE": "-3.46252599336862", "R2": "-4.1474743680007", "Cv": "-6.22114744260378"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule where the zero-point vibrational energy is {}, statistical correlation coefficient is {}, and heat capacity is {}?"} +{"question": "Is a band gap of 0.0 eV, combined with delta e of 0.405690829361882 eV, predictive of stability = 0.405690829361882?", "refer_dataset": "table57", "column names": ["_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.405690829361882", "_oqmd_stability": "0.405690829361882"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a band gap of {} eV, combined with delta e of {} eV, predictive of stability = {}?"} +{"question": "With dopant/Ti ratio 16.0 and pH 0.0, is the degradation rate 43.0%?", "refer_dataset": "table8", "column names": ["Dopant/Ti mole ratio", "pH", "Degradation rate(%)"], "condition_column": ["Dopant/Ti mole ratio", "pH", "Degradation rate(%)"], "answer_column": [], "condition": {"Dopant/Ti mole ratio": "16.0", "pH": "0.0", "Degradation rate(%)": "43.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With dopant/Ti ratio {} and pH {}, is the degradation rate {}%?"} +{"question": "Is species SOF4 associated with a formation enthalpy of na kJ/mol at 298K?", "refer_dataset": "table46", "column names": ["species", "enthalpy_formation_298K"], "condition_column": ["species", "enthalpy_formation_298K"], "answer_column": [], "condition": {"species": "SOF4", "enthalpy_formation_298K": "na"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a formation enthalpy of {} kJ/mol at 298K?"} +{"question": "Does the material named Surface-JVASP-15348_miller_1_1_0_thickness_16_VASP_PBE_noDP with formula BeAlB have a final energy of -153.13583421 and Fermi energy level at -2.37028591?", "refer_dataset": "table66", "column names": ["name", "formula", "final_energy", "efermi"], "condition_column": ["name", "formula", "final_energy", "efermi"], "answer_column": [], "condition": {"name": "Surface-JVASP-15348_miller_1_1_0_thickness_16_VASP_PBE_noDP", "formula": "BeAlB", "final_energy": "-153.13583421", "efermi": "-2.37028591"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material named {} with formula {} have a final energy of {} and Fermi energy level at {}?"} +{"question": "Does the catalyst 10,8%NiRu(25:1)/SiO2-P require CO,H2 for CH₄ synthesis?", "refer_dataset": "table30", "column names": ["Catalyst", "Substrates"], "condition_column": ["Catalyst", "Substrates"], "answer_column": [], "condition": {"Catalyst": "10,8%NiRu(25:1)/SiO2-P", "Substrates": "CO,H2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst {} require {} for CH₄ synthesis?"} +{"question": "Does preparation 1.0 at temperature 1073.0 with contact time 0.04 achieve a methane conversion of 3.2%?", "refer_dataset": "table20", "column names": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "condition_column": ["Preparation", "Temperature", "Contact-times", "CH4-conversion%"], "answer_column": [], "condition": {"Preparation": "1.0", "Temperature": "1073.0", "Contact-times": "0.04", "CH4-conversion%": "3.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does preparation {} at temperature {} with contact time {} achieve a methane conversion of {}%?"} +{"question": "Do all 0.37 molar ratios of M2 correlate with C2 yields below 2.24%?", "refer_dataset": "table17", "column names": ["M2_mol", "C2y"], "condition_column": ["M2_mol", "C2y"], "answer_column": [], "condition": {"M2_mol": "0.37", "C2y": "2.24"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do all {} molar ratios of M2 correlate with C2 yields below {}%?"} +{"question": "Is a resource type of STD associated with 18,6% oxygen conversion?", "refer_dataset": "table27", "column names": ["Resource", "O2 Conv(%)"], "condition_column": ["Resource", "O2 Conv(%)"], "answer_column": [], "condition": {"Resource": "STD", "O2 Conv(%)": "18,6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a resource type of {} associated with {}% oxygen conversion?"} +{"question": "At a CH4/O2 ratio of 2.0, is the O2 conversion 62.0%?", "refer_dataset": "table25", "column names": ["CH4/O2 ratio", "O2 Conv. (%)"], "condition_column": ["CH4/O2 ratio", "O2 Conv. (%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "2.0", "O2 Conv. (%)": "62.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a CH4/O2 ratio of {}, is the O2 conversion {}%?"} +{"question": "Does temperature 800℃ with M1 as Na result in H₂ yield 0,3% and oxygen conversion -3,3%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "M1", "H2 yield(%)", "O2 Conv(%)"], "condition_column": ["Temp(℃)", "M1", "H2 yield(%)", "O2 Conv(%)"], "answer_column": [], "condition": {"Temp(℃)": "800", "M1": "Na", "H2 yield(%)": "0,3", "O2 Conv(%)": "-3,3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does temperature {}℃ with M1 as {} result in H₂ yield {}% and oxygen conversion {}%?"} +{"question": "Does Material UiO-66-WO3/GO have a pore volume of 0.32 cm³/g and require 15 minutes of illumination for 70.0% efficiency?", "refer_dataset": "table6", "column names": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Material", "Pore Volume (cm3/g)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Material": "UiO-66-WO3/GO", "Pore Volume (cm3/g)": "0.32", "Illumination time (min)": "15", "Degradation efficiency (%)": "70.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Material {} have a pore volume of {} cm³/g and require {} minutes of illumination for {}% efficiency?"} +{"question": "Does MoW3Se2S6 have bulk and shear moduli of na GPa and na GPa, respectively?", "refer_dataset": "table47", "column names": ["formula", "bulk_modulus_kv", "shear_modulus_gv"], "condition_column": ["formula", "bulk_modulus_kv", "shear_modulus_gv"], "answer_column": [], "condition": {"formula": "MoW3Se2S6", "bulk_modulus_kv": "na", "shear_modulus_gv": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} have bulk and shear moduli of {} GPa and {} GPa, respectively?"} +{"question": "Is there a material with formation energy -1.7327663 eV and density of states at Fermi level of 1.9679239?", "refer_dataset": "table44", "column names": ["e_form", "dos_ef"], "condition_column": ["e_form", "dos_ef"], "answer_column": [], "condition": {"e_form": "-1.7327663", "dos_ef": "1.9679239"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with formation energy {} eV and density of states at Fermi level of {}?"} +{"question": "Under reaction conditions {'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}, is the catalyst NiCo(7:3)/Al2O3 used with substrates CO,H2 to produce CH4?", "refer_dataset": "table30", "column names": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "condition_column": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "answer_column": [], "condition": {"Reaction": "{'Reaction': 'COmethanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '5%CO2,75%H2,15%CO,5%N2', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': '100%', 'Yield': '100%', 'Article': 'NanoparticlesofNi-CoAlloyDerivedfromLayeredDoubleHydroxidesandTheirCatalyticPerformanceforCOMethanation', 'Id': ''}", "Catalyst": "NiCo(7:3)/Al2O3", "Substrates": "CO,H2", "Mainproduct": "CH4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under reaction conditions {}, is the catalyst {} used with substrates {} to produce {}?"} +{"question": "Are there materials with atomic radii (A) 104.31 Å, (B) 55.9 Å, and a Ra/Rb ratio of 1.866?", "refer_dataset": "table3", "column names": ["Ra", "Rb", "Ra/Rb"], "condition_column": ["Ra", "Rb", "Ra/Rb"], "answer_column": [], "condition": {"Ra": "104.31", "Rb": "55.9", "Ra/Rb": "1.866"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with atomic radii (A) {} Å, (B) {} Å, and a Ra/Rb ratio of {}?"} +{"question": "Is there a catalyst with overpotential 0.28 V, pH 6.8, and surface functionalization (Functionalization=1)?", "refer_dataset": "table12", "column names": ["overpotential V", "pH", "Functionalization"], "condition_column": ["overpotential V", "pH"], "answer_column": ["Functionalization"], "condition": {"overpotential V": "0.28", "pH": "6.8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with overpotential {} V, pH {}, and surface functionalization (Functionalization=1)?"} +{"question": "Is the abbreviation TeYb used for the compound Se1Th1?", "refer_dataset": "table31", "column names": ["1", "0"], "condition_column": ["1", "0"], "answer_column": [], "condition": {"1": "TeYb", "0": "Se1Th1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the abbreviation {} used for the compound {}?"} +{"question": "Is the energy above hull for material Ba2La6Fe8O24 greater than 0.0 meV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "energy_above_hull (meV/atom)"], "condition_column": ["Material Composition", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Fe8O24", "energy_above_hull (meV/atom)": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy above hull for material {} greater than {} meV/atom?"} +{"question": "Under resource type STD, furnace length 270 mm, and M2 as Ce, is C₂H4 yield 11,8%?", "refer_dataset": "table27", "column names": ["Resource", "furnace length(mm)", "M2", "C2H4 yield(%)"], "condition_column": ["Resource", "furnace length(mm)", "M2", "C2H4 yield(%)"], "answer_column": [], "condition": {"Resource": "STD", "furnace length(mm)": "270", "M2": "Ce", "C2H4 yield(%)": "11,8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under resource type {}, furnace length {} mm, and M2 as {}, is C₂H4 yield {}%?"} +{"question": "Are there materials where B-site p- and f-orbital unfilled ranges are 0 and 0, respectively, with a formation energy of -1.73064690171?", "refer_dataset": "table37", "column names": ["Bsite_NpUnfilled_range", "Bsite_NfUnfilled_range", "Formation_energy"], "condition_column": ["Bsite_NpUnfilled_range", "Bsite_NfUnfilled_range", "Formation_energy"], "answer_column": [], "condition": {"Bsite_NpUnfilled_range": "0", "Bsite_NfUnfilled_range": "0", "Formation_energy": "-1.73064690171"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where B-site p- and f-orbital unfilled ranges are {} and {}, respectively, with a formation energy of {}?"} +{"question": "Do molecules with gyration radius mean 5.871964565052453 and std 0.3613881592963517 exhibit free SASA std 15.37525018347048?", "refer_dataset": "table41", "column names": ["gyration_radius_mean_0", "gyration_radius_std_0", "free_sasa_std_0"], "condition_column": ["gyration_radius_mean_0", "gyration_radius_std_0", "free_sasa_std_0"], "answer_column": [], "condition": {"gyration_radius_mean_0": "5.871964565052453", "gyration_radius_std_0": "0.3613881592963517", "free_sasa_std_0": "15.37525018347048"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with gyration radius mean {} and std {} exhibit free SASA std {}?"} +{"question": "Does the material named Surface-JVASP-7630_miller_1_1_0_thickness_16_VASP_PBE_noDP with formula BAs have a final energy of -134.51952324 and Fermi energy level at 0.55853852?", "refer_dataset": "table66", "column names": ["name", "formula", "final_energy", "efermi"], "condition_column": ["name", "formula", "final_energy", "efermi"], "answer_column": [], "condition": {"name": "Surface-JVASP-7630_miller_1_1_0_thickness_16_VASP_PBE_noDP", "formula": "BAs", "final_energy": "-134.51952324", "efermi": "0.55853852"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material named {} with formula {} have a final energy of {} and Fermi energy level at {}?"} +{"question": "Does the Mg-F compound with job ID JQE-10 exhibit a crystal system of orthorhombic and stress of [[0.01516131614936426, 0.0007414110692190034, 3.874201874344208e-06], [0.0007414110692184534, 0.015981255127541977, -2.2884875297685064e-06], [3.874201874344215e-06, -2.288487529768501e-06, 0.01745868369858433]]?", "refer_dataset": "table59", "column names": ["jid", "crystal_system", "stress"], "condition_column": ["jid", "crystal_system", "stress"], "answer_column": [], "condition": {"jid": "JQE-10", "crystal_system": "orthorhombic", "stress": "[[0.01516131614936426, 0.0007414110692190034, 3.874201874344208e-06], [0.0007414110692184534, 0.015981255127541977, -2.2884875297685064e-06], [3.874201874344215e-06, -2.288487529768501e-06, 0.01745868369858433]]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the Mg-F compound with job ID {} exhibit a crystal system of {} and stress of {}?"} +{"question": "Is there a catalyst with SSA of 21.0 m²/g, calcination temperature of 850°C, and aging time of 4 hours under reference [27]?", "refer_dataset": "table11", "column names": ["SSA (m2 g -1 )", "CT (℃)", "AH (h)", "Ref."], "condition_column": ["SSA (m2 g -1 )", "CT (℃)", "AH (h)", "Ref."], "answer_column": [], "condition": {"SSA (m2 g -1 )": "21.0", "CT (℃)": "850", "AH (h)": "4", "Ref.": "[27]"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with SSA of {} m²/g, calcination temperature of {}°C, and aging time of {} hours under reference {}?"} +{"question": "Is there a catalyst with 0.7% unaccounted carbon at 725.0°C?", "refer_dataset": "table26", "column names": ["C missing (%)", "Temp (oC)"], "condition_column": ["C missing (%)", "Temp (oC)"], "answer_column": [], "condition": {"C missing (%)": "0.7", "Temp (oC)": "725.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with {}% unaccounted carbon at {}°C?"} +{"question": "Are there materials with atomic radii (A) 105.42 Å, (B) 55.0 Å, and a Ra/Rb ratio of 1.917?", "refer_dataset": "table3", "column names": ["Ra", "Rb", "Ra/Rb"], "condition_column": ["Ra", "Rb", "Ra/Rb"], "answer_column": [], "condition": {"Ra": "105.42", "Rb": "55.0", "Ra/Rb": "1.917"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with atomic radii (A) {} Å, (B) {} Å, and a Ra/Rb ratio of {}?"} +{"question": "The compound Hf2S displays a band gap (gap pbe) of 0.0 eV, a formation energy (e_form) of -1.2532243846875015 eV, and an elastic anisotropy of 0.353098671453079.", "refer_dataset": "table54", "column names": ["formula", "gap pbe", "e_form", "elastic anisotropy"], "condition_column": ["formula", "gap pbe", "e_form", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "Hf2S", "gap pbe": "0.0", "e_form": "-1.2532243846875015", "elastic anisotropy": "0.353098671453079"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The compound {} displays a band gap (gap pbe) of {} eV, a formation energy (e_form) of {} eV, and an elastic anisotropy of {}."} +{"question": "Does radius ratio (Ra/Rb) 2.014 correlate with electron affinities (EAa 14.0 eV, EAb 8.89 eV) for the same material?", "refer_dataset": "table2", "column names": ["Ra/Rb", "EAa", "EAb"], "condition_column": ["Ra/Rb", "EAa", "EAb"], "answer_column": [], "condition": {"Ra/Rb": "2.014", "EAa": "14.0", "EAb": "8.89"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does radius ratio (Ra/Rb) {} correlate with electron affinities (EAa {} eV, EAb {} eV) for the same material?"} +{"question": "Is there a catalyst where M1 is Mg, M2 is Mn, and the C₂ yield is 7.9%?", "refer_dataset": "table23", "column names": ["M1", "M2", "C2 yield (%)"], "condition_column": ["M1", "M2", "C2 yield (%)"], "answer_column": [], "condition": {"M1": "Mg", "M2": "Mn", "C2 yield (%)": "7.9"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {}, M2 is {}, and the C₂ yield is {}%?"} +{"question": "Are there materials where the HSE mixing energy is 0.0, the refractive index is 1.92, and the Log_fom is 4.2?", "refer_dataset": "table49", "column names": ["HSE_mix_energy", "Ref_ind", "Log_fom"], "condition_column": ["HSE_mix_energy", "Ref_ind", "Log_fom"], "answer_column": [], "condition": {"HSE_mix_energy": "0.0", "Ref_ind": "1.92", "Log_fom": "4.2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where the HSE mixing energy is {}, the refractive index is {}, and the Log_fom is {}?"} +{"question": "Is there a material where the Shannon radii at A-site is 1.36, B-site s-orbital range is 0, and energy above hull is 94.5062097102?", "refer_dataset": "table37", "column names": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "condition_column": ["shannon_radii_host_Asite0", "Bsite_NsUnfilled_range", "EnergyAboveHull"], "answer_column": [], "condition": {"shannon_radii_host_Asite0": "1.36", "Bsite_NsUnfilled_range": "0", "EnergyAboveHull": "94.5062097102"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where the Shannon radii at A-site is {}, B-site s-orbital range is {}, and energy above hull is {}?"} +{"question": "Is there an alloy with 2.3% Pt, 12.8% Pd, and a low Onset potential of 0.473971 V?", "refer_dataset": "table15", "column names": ["Pt", "Pd", "Onset"], "condition_column": ["Pt", "Pd", "Onset"], "answer_column": [], "condition": {"Pt": "2.3", "Pd": "12.8", "Onset": "0.473971"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an alloy with {}% Pt, {}% Pd, and a low Onset potential of {} V?"} +{"question": "Does the material stored at location extra/batch-004/Ac/Ac/xxx_02a-00_agm003188153_spg194 have an indirect band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["location", "band_gap_ind"], "condition_column": ["location", "band_gap_ind"], "answer_column": [], "condition": {"location": "extra/batch-004/Ac/Ac/xxx_02a-00_agm003188153_spg194", "band_gap_ind": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material stored at location {} have an indirect band gap of {} eV?"} +{"question": "Does the -111 surface exhibit an activation energy of 2.21 eV?", "refer_dataset": "table18", "column names": ["surfaces", "activation_energy"], "condition_column": ["surfaces", "activation_energy"], "answer_column": [], "condition": {"surfaces": "-111", "activation_energy": "2.21"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} surface exhibit an activation energy of {} eV?"} +{"question": "Are there instances where the final energy of -201.02516344 matches a conduction band minimum of 6.9787?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_cbm"], "condition_column": ["final_energy", "optb88vdw_cbm"], "answer_column": [], "condition": {"final_energy": "-201.02516344", "optb88vdw_cbm": "6.9787"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there instances where the final energy of {} matches a conduction band minimum of {}?"} +{"question": "Is there any material from source mp-27771 that has a bandgap of 0.8628000000000002?", "refer_dataset": "table67", "column names": ["source_id", "bandgap"], "condition_column": ["source_id", "bandgap"], "answer_column": [], "condition": {"source_id": "mp-27771", "bandgap": "0.8628000000000002"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there any material from source {} that has a bandgap of {}?"} +{"question": "Is there a unit cell volume of 2183.3 with an uncertainty of 0.3?", "refer_dataset": "table38", "column names": ["vol", "sigvol"], "condition_column": ["vol", "sigvol"], "answer_column": [], "condition": {"vol": "2183.3", "sigvol": "0.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a unit cell volume of {} with an uncertainty of {}?"} +{"question": "Are there materials with a Log_fom of 4.62 and a tolerance factor of 1.05?", "refer_dataset": "table49", "column names": ["Log_fom", "Tol"], "condition_column": ["Log_fom", "Tol"], "answer_column": [], "condition": {"Log_fom": "4.62", "Tol": "1.05"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a Log_fom of {} and a tolerance factor of {}?"} +{"question": "Can the reaction type methanation, using conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}, process CO2,H2 into CH4 with catalyst 6,6%NiPt(19:1)/Al2O3?", "refer_dataset": "table30", "column names": ["ReactionType", "Reaction", "Substrates", "Mainproduct", "Catalyst"], "condition_column": ["ReactionType", "Reaction", "Substrates", "Mainproduct", "Catalyst"], "answer_column": [], "condition": {"ReactionType": "methanation", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '96,7%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Substrates": "CO2,H2", "Mainproduct": "CH4", "Catalyst": "6,6%NiPt(19:1)/Al2O3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can the reaction type {}, using conditions {}, process {} into {} with catalyst {}?"} +{"question": "Do compositions with Dope Ne exhibit CH4Ead 2.544544062?", "refer_dataset": "table24", "column names": ["Dope", "CH4Ead"], "condition_column": ["Dope", "CH4Ead"], "answer_column": [], "condition": {"Dope": "Ne", "CH4Ead": "2.544544062"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do compositions with Dope {} exhibit CH4Ead {}?"} +{"question": "Are all M3 molar ratios of 0.185 associated with C2H6 yields exceeding 5.97%?", "refer_dataset": "table17", "column names": ["M3_mol", "C2H6y"], "condition_column": ["M3_mol", "C2H6y"], "answer_column": [], "condition": {"M3_mol": "0.185", "C2H6y": "5.97"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all M3 molar ratios of {} associated with C2H6 yields exceeding {}%?"} +{"question": "Does a SiO2 support with 20% primary cation and 80% secondary cation yield 99.7% C2 hydrocarbons?", "refer_dataset": "table19", "column names": ["Support", "Cation1Amount", "Cation2Amount", "C2 yield"], "condition_column": ["Support", "Cation1Amount", "Cation2Amount", "C2 yield"], "answer_column": [], "condition": {"Support": "SiO2", "Cation1Amount": "20", "Cation2Amount": "80", "C2 yield": "99.7"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a {} support with {}% primary cation and {}% secondary cation yield {}% C2 hydrocarbons?"} +{"question": "Are PMI1 std 203.05241915662967, PMI2 std 1423.8482427109773, and PMI3 std 1432.6960425792597 all recorded for the same molecule?", "refer_dataset": "table41", "column names": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "condition_column": ["pmi1_std_0", "pmi2_std_0", "pmi3_std_0"], "answer_column": [], "condition": {"pmi1_std_0": "203.05241915662967", "pmi2_std_0": "1423.8482427109773", "pmi3_std_0": "1432.6960425792597"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are PMI1 std {}, PMI2 std {}, and PMI3 std {} all recorded for the same molecule?"} +{"question": "Can entry 472985.0 simultaneously have a band gap above 0.0 eV and stability below 0.405690829361882?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_entry_id": "472985.0", "_oqmd_band_gap": "0.0", "_oqmd_stability": "0.405690829361882"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} simultaneously have a band gap above {} eV and stability below {}?"} +{"question": "Is there a material with A’s melting temp (A_Tm) 961.78 K, B’s boiling temp (B_Tb) 5458.0 K, and B’s electron affinity (EAb) 53.14 eV?", "refer_dataset": "table2", "column names": ["A_Tm", "B_Tb", "EAb"], "condition_column": ["A_Tm", "B_Tb", "EAb"], "answer_column": [], "condition": {"A_Tm": "961.78", "B_Tb": "5458.0", "EAb": "53.14"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with A’s melting temp (A_Tm) {} K, B’s boiling temp (B_Tb) {} K, and B’s electron affinity (EAb) {} eV?"} +{"question": "Is a degradation efficiency of 19.0% achieved after 5 minutes of illumination?", "refer_dataset": "table6", "column names": ["Degradation efficiency (%)", "Illumination time (min)"], "condition_column": ["Degradation efficiency (%)", "Illumination time (min)"], "answer_column": [], "condition": {"Degradation efficiency (%)": "19.0", "Illumination time (min)": "5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a degradation efficiency of {}% achieved after {} minutes of illumination?"} +{"question": "Is the prototype structure A3B3C10_0_spg189 (space group 189) associated with the chemical formula Ac10(BiPb)3?", "refer_dataset": "table44", "column names": ["prototype_id", "spg", "formula"], "condition_column": ["prototype_id", "spg", "formula"], "answer_column": [], "condition": {"prototype_id": "A3B3C10_0_spg189", "spg": "189", "formula": "Ac10(BiPb)3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the prototype structure {} (space group {}) associated with the chemical formula {}?"} +{"question": "Is the reaction energy -0.363 eV associated with the adsorbed species CH*?", "refer_dataset": "table18", "column names": ["reaction_energy", "ab"], "condition_column": ["reaction_energy", "ab"], "answer_column": [], "condition": {"reaction_energy": "-0.363", "ab": "CH*"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the reaction energy {} eV associated with the adsorbed species {}?"} +{"question": "Are additional component g-C3N4 present in catalysts synthesized at 180.0°C?", "refer_dataset": "table7", "column names": ["Additional", "Synhesis_Temp"], "condition_column": ["Additional", "Synhesis_Temp"], "answer_column": [], "condition": {"Additional": "g-C3N4", "Synhesis_Temp": "180.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are additional component {} present in catalysts synthesized at {}°C?"} +{"question": "Is there a paper titled \"A determinant of Stirling cycle numbers counts unlabeled acyclic\n single-source automata\" in category \"math.CO\" submitted by David Callan?", "refer_dataset": "table45", "column names": ["title", "categories", "submitter"], "condition_column": ["title", "categories", "submitter"], "answer_column": [], "condition": {"title": "A determinant of Stirling cycle numbers counts unlabeled acyclic\n single-source automata", "categories": "math.CO", "submitter": "David Callan"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a paper titled \"{}\" in category \"{}\" submitted by {}?"} +{"question": "Do elements with an atomic number of 13 and a surface-centered cubic structure (FCC) have a modulus of elasticity of 70.5 10³ MPa?", "refer_dataset": "table36", "column names": ["At. #", "Modulus of Elasticity 10³ Mpa", "IsFCC"], "condition_column": ["At. #", "Modulus of Elasticity 10³ Mpa"], "answer_column": ["IsFCC"], "condition": {"At. #": "13", "Modulus of Elasticity 10³ Mpa": "70.5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements with an atomic number of {} and a surface-centered cubic structure (FCC) have a modulus of elasticity of {} 10³ MPa?"} +{"question": "Is there a OptB88vdW functional calculation where the OptB88vdW bandgap is 2.023 eV?", "refer_dataset": "table48", "column names": ["func", "optb88vdw_bandgap"], "condition_column": ["func", "optb88vdw_bandgap"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_bandgap": "2.023"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} functional calculation where the OptB88vdW bandgap is {} eV?"} +{"question": "Is the co-catalyst NiO(0.2wt%) employed at a photocatalyst dose of 0.48 g L⁻¹?", "refer_dataset": "table1", "column names": ["Co-catalyst", "Photocatalyst dose(g L-1)"], "condition_column": ["Co-catalyst", "Photocatalyst dose(g L-1)"], "answer_column": [], "condition": {"Co-catalyst": "NiO(0.2wt%)", "Photocatalyst dose(g L-1)": "0.48"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the co-catalyst {} employed at a photocatalyst dose of {} g L⁻¹?"} +{"question": "Is there a non-oxide material (oxide_type: oxide) with an energy above hull of 0.1278027105208323 and 18.0000001 total magnetization?", "refer_dataset": "table55", "column names": ["oxide_type", "e_above_hull", "total_magnetization"], "condition_column": ["oxide_type", "e_above_hull", "total_magnetization"], "answer_column": [], "condition": {"oxide_type": "oxide", "e_above_hull": "0.1278027105208323", "total_magnetization": "18.0000001"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a non-oxide material (oxide_type: {}) with an energy above hull of {} and {} total magnetization?"} +{"question": "Does the article indexed on 2016-01-27 00:00:00 use the electrochemical corrosion method?", "refer_dataset": "table13", "column names": ["Indexed_Date", "Judge_Electrochemical_Corrosion"], "condition_column": ["Indexed_Date"], "answer_column": ["Judge_Electrochemical_Corrosion"], "condition": {"Indexed_Date": "2016-01-27 00:00:00"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the article indexed on {} use the electrochemical corrosion method?"} +{"question": "Do catalysts with support material BN show CO yield values of 31.29%?", "refer_dataset": "table17", "column names": ["Support", "COy"], "condition_column": ["Support", "COy"], "answer_column": [], "condition": {"Support": "BN", "COy": "31.29"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts with support material {} show CO yield values of {}%?"} +{"question": "At 800.0°C, is the O₂ conversion rate 69.4%?", "refer_dataset": "table26", "column names": ["Temp (oC)", "O2 Conv. (%)"], "condition_column": ["Temp (oC)", "O2 Conv. (%)"], "answer_column": [], "condition": {"Temp (oC)": "800.0", "O2 Conv. (%)": "69.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, is the O₂ conversion rate {}%?"} +{"question": "Does a material with zero-point vibrational energy 0.5816434025764465 have an internal energy at 0K (U0) of -9.240361213684082?", "refer_dataset": "table60", "column names": ["zpve", "U0"], "condition_column": ["zpve", "U0"], "answer_column": [], "condition": {"zpve": "0.5816434025764465", "U0": "-9.240361213684082"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with zero-point vibrational energy {} have an internal energy at 0K (U0) of {}?"} +{"question": "Is the transition temperature of formula Re0.1W0.9 recorded as 0.0 K?", "refer_dataset": "table65", "column names": ["formula", "Tc"], "condition_column": ["formula", "Tc"], "answer_column": [], "condition": {"formula": "Re0.1W0.9", "Tc": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the transition temperature of formula {} recorded as {} K?"} +{"question": "Is the thermal conductivity of elements in group 18 higher than 0.152 W/m·K?", "refer_dataset": "table36", "column names": ["Group", "thermal conductivity"], "condition_column": ["Group", "thermal conductivity"], "answer_column": [], "condition": {"Group": "18", "thermal conductivity": "0.152"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the thermal conductivity of elements in group {} higher than {} W/m·K?"} +{"question": "Is the indirect band gap of the MgF2 material recorded as 5.326?", "refer_dataset": "table59", "column names": ["formula", "indir_gap"], "condition_column": ["formula", "indir_gap"], "answer_column": [], "condition": {"formula": "MgF2", "indir_gap": "5.326"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the indirect band gap of the {} material recorded as {}?"} +{"question": "Is there a Hubbard-corrected material in spacegroup False with energy per atom of {'symprec': 0.1, 'source': 'spglib', 'symbol': 'Fm-3m', 'number': 225, 'point_group': 'm-3m', 'crystal_system': 'cubic', 'hall': '-F 4 2 3'} and density of -3.026985269?", "refer_dataset": "table55", "column names": ["is_hubbard", "spacegroup", "energy_per_atom", "density"], "condition_column": ["is_hubbard", "spacegroup", "energy_per_atom"], "answer_column": ["density"], "condition": {"is_hubbard": "False", "spacegroup": "{'symprec': 0.1, 'source': 'spglib', 'symbol': 'Fm-3m', 'number': 225, 'point_group': 'm-3m', 'crystal_system': 'cubic', 'hall': '-F 4 2 3'}", "energy_per_atom": "-3.026985269"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a Hubbard-corrected material in spacegroup {} with energy per atom of {} and density of {}?"} +{"question": "Are there molecules with SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2 weighing 182.331 and having a formal charge of 2?", "refer_dataset": "table41", "column names": ["osda smiles", "mol_weight", "formal_charge"], "condition_column": ["osda smiles", "mol_weight", "formal_charge"], "answer_column": [], "condition": {"osda smiles": "C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2", "mol_weight": "182.331", "formal_charge": "2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there molecules with SMILES {} weighing {} and having a formal charge of {}?"} +{"question": "Does element H have a lattice parameter equal to 4.1295265268 Å?", "refer_dataset": "table22", "column names": ["C", "Lattice"], "condition_column": ["C", "Lattice"], "answer_column": [], "condition": {"C": "H", "Lattice": "4.1295265268"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does element {} have a lattice parameter equal to {} Å?"} +{"question": "Is the perovskite oxide with molecular formula LaCo0.90Mg0.10O3 synthesized at 750°C calcination temperature and aged for 4 hours linked to a specific surface area of 21.0 m²/g?", "refer_dataset": "table11", "column names": ["Molecular formulas", "CT (℃)", "AH (h)", "SSA (m2 g -1 )"], "condition_column": ["Molecular formulas", "CT (℃)", "AH (h)", "SSA (m2 g -1 )"], "answer_column": [], "condition": {"Molecular formulas": "LaCo0.90Mg0.10O3", "CT (℃)": "750", "AH (h)": "4", "SSA (m2 g -1 )": "21.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the perovskite oxide with molecular formula {} synthesized at {}°C calcination temperature and aged for {} hours linked to a specific surface area of {} m²/g?"} +{"question": "Does job ID JLMP-1 correspond to chemical formula Ti?", "refer_dataset": "table53", "column names": ["jid", "formula"], "condition_column": ["jid", "formula"], "answer_column": [], "condition": {"jid": "JLMP-1", "formula": "Ti"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} correspond to chemical formula {}?"} +{"question": "Is catalyst 9,3%NiPt(3:1)/Al2O3 optimized for reaction {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '48,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''} when synthesizing CH4 from CO2,H2?", "refer_dataset": "table30", "column names": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "condition_column": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "answer_column": [], "condition": {"Catalyst": "9,3%NiPt(3:1)/Al2O3", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '48,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Mainproduct": "CH4", "Substrates": "CO2,H2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is catalyst {} optimized for reaction {} when synthesizing {} from {}?"} +{"question": "A material from source mp-23229 with exfoliation energy per atom 0.08483058333333338 has a bandgap of 1.1619.", "refer_dataset": "table67", "column names": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "condition_column": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"source_id": "mp-23229", "exfoliation_energy_per_atom": "0.08483058333333338", "bandgap": "1.1619"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material from source {} with exfoliation energy per atom {} has a bandgap of {}."} +{"question": "Is there a catalyst with primary cation 29.0, support material 13.0, and C2 yield of 0.2984%?", "refer_dataset": "table20", "column names": ["Cation1", "Support1", "C2-yield"], "condition_column": ["Cation1", "Support1", "C2-yield"], "answer_column": [], "condition": {"Cation1": "29.0", "Support1": "13.0", "C2-yield": "0.2984"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with primary cation {}, support material {}, and C2 yield of {}%?"} +{"question": "Is catalyst 10,8%NiRu(25:1)/SiO2 optimized for reaction {'Reaction': 'COmethanation', 'Temperature': '207oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''} when synthesizing CH4 from CO,H2?", "refer_dataset": "table30", "column names": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "condition_column": ["Catalyst", "Reaction", "Mainproduct", "Substrates"], "answer_column": [], "condition": {"Catalyst": "10,8%NiRu(25:1)/SiO2", "Reaction": "{'Reaction': 'COmethanation', 'Temperature': '207oC', 'Pressure': '1atm', 'FlowGasComposition': 'nodata', 'GasFlowrate': 'nodata', 'GHSV': 'nodata', 'Catalystmass': 'nodata', 'TOF': 'nodata', 'Conversion': '100%', 'Selectivity': 'nodata', 'Yield': 'nodata', 'Article': 'MethanationofCOinhydrogen-richgasonNi–Ru/SiO2catalyst:ThetypeofactivesitesandNi–Rusynergisticeffect', 'Id': ''}", "Mainproduct": "CH4", "Substrates": "CO,H2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is catalyst {} optimized for reaction {} when synthesizing {} from {}?"} +{"question": "Does the table contain an entry with M06 Scharber voltage of 2.1212119715, B3LYP Scharber current density of 36.0318586839, and BP86 gap of 0.043?", "refer_dataset": "table51", "column names": ["m06_scharber_voc", "b3lyp_scharber_jsc", "bp86_gap"], "condition_column": ["m06_scharber_voc", "b3lyp_scharber_jsc", "bp86_gap"], "answer_column": [], "condition": {"m06_scharber_voc": "2.1212119715", "b3lyp_scharber_jsc": "36.0318586839", "bp86_gap": "0.043"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the table contain an entry with M06 Scharber voltage of {}, B3LYP Scharber current density of {}, and BP86 gap of {}?"} +{"question": "Is the largest cavity diameter (LCD) of 1.2172 Å paired with a pore limiting diameter (PLD) of 0.39926 Å in the structure with DOI https://doi.org/10.1021/cg0342258?", "refer_dataset": "table62", "column names": ["lcd", "pld", "doi"], "condition_column": ["lcd", "pld", "doi"], "answer_column": [], "condition": {"lcd": "1.2172", "pld": "0.39926", "doi": "https://doi.org/10.1021/cg0342258"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the largest cavity diameter (LCD) of {} Å paired with a pore limiting diameter (PLD) of {} Å in the structure with DOI {}?"} +{"question": "At 750°C, does a CH4/O2 ratio of 2.0 correspond to a C2 yield of 7.3%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "condition_column": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "750", "CH4/O2 ratio": "2.0", "C2 yield (%)": "7.3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, does a CH4/O2 ratio of {} correspond to a C2 yield of {}%?"} +{"question": "Do molecules with OSDA axis 1 (7.841903191106563) always have OSDA axis 2 (18.17956970617788)?", "refer_dataset": "table41", "column names": ["axes_mean_0", "axes_mean_1"], "condition_column": ["axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"axes_mean_0": "7.841903191106563", "axes_mean_1": "18.17956970617788"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with OSDA axis 1 ({}) always have OSDA axis 2 ({})?"} +{"question": "Are instances of bandgap 2.48 eV observed with alcohol percentage 0.0% and wavelength cutoff 420.0 nm?", "refer_dataset": "table4", "column names": ["BandGap(eV)", "Alcohol%", "Wave length(25.99% while COy <19.6%?", "refer_dataset": "table17", "column names": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "condition_column": ["M2", "M3_mol", "Support_ID", "C2H4s", "COy"], "answer_column": [], "condition": {"M2": "Na", "M3_mol": "0.185", "Support_ID": "4", "C2H4s": "25.99", "COy": "19.6"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any catalyst with M2={}, M3_mol={}, and support ID {} achieve C2H4s >{}% while COy <{}%?"} +{"question": "Are there materials with a bulk modulus under 12.284307951115034 GPa, elastic anisotropy over 0.03, and a magnetic moment (mu_b) exceeding 0.0?", "refer_dataset": "table54", "column names": ["bulk modulus", "elastic anisotropy", "mu_b"], "condition_column": ["bulk modulus", "elastic anisotropy", "mu_b"], "answer_column": [], "condition": {"bulk modulus": "12.284307951115034", "elastic anisotropy": "0.03", "mu_b": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a bulk modulus under {} GPa, elastic anisotropy over {}, and a magnetic moment (mu_b) exceeding {}?"} +{"question": "Is there a perovskite with PBE and HSE lattice constants of 6.36 and 6.59, respectively, and a refractive index of 2.52?", "refer_dataset": "table49", "column names": ["PBE_latt_const", "HSE_latt_const", "Ref_ind"], "condition_column": ["PBE_latt_const", "HSE_latt_const", "Ref_ind"], "answer_column": [], "condition": {"PBE_latt_const": "6.36", "HSE_latt_const": "6.59", "Ref_ind": "2.52"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite with PBE and HSE lattice constants of {} and {}, respectively, and a refractive index of {}?"} +{"question": "Do materials with delta e = 0.35674995435345 eV exhibit stability = 0.35674995435345 when the band gap is 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.35674995435345", "_oqmd_stability": "0.35674995435345", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with delta e = {} eV exhibit stability = {} when the band gap is {} eV?"} +{"question": "Do catalysts combining M1=Mn, M2_mol=0.37, and M3_mol=0.185 exceed 4.23% combined C2+ yields?", "refer_dataset": "table17", "column names": ["M1", "M2_mol", "M3_mol", "C2y"], "condition_column": ["M1", "M2_mol", "M3_mol", "C2y"], "answer_column": [], "condition": {"M1": "Mn", "M2_mol": "0.37", "M3_mol": "0.185", "C2y": "4.23"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do catalysts combining M1={}, M2_mol={}, and M3_mol={} exceed {}% combined C2+ yields?"} +{"question": "Does the compound with formula BeC2 possess a bulk modulus of 82.71614631594176 GPa, a shear modulus exceeding 44.73353525702305 GPa, and an elastic anisotropy above 8.654623323725955?", "refer_dataset": "table54", "column names": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "condition_column": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "BeC2", "bulk modulus": "82.71614631594176", "shear modulus": "44.73353525702305", "elastic anisotropy": "8.654623323725955"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with formula {} possess a bulk modulus of {} GPa, a shear modulus exceeding {} GPa, and an elastic anisotropy above {}?"} +{"question": "Are compounds in the Diketonate chemical family with 5.0 ligands all assigned DOI 10.1039/c2ce26680f?", "refer_dataset": "table34", "column names": ["chemical_family", "number_of_ligands", "DOI"], "condition_column": ["chemical_family", "number_of_ligands", "DOI"], "answer_column": [], "condition": {"chemical_family": "Diketonate", "number_of_ligands": "5.0", "DOI": "10.1039/c2ce26680f"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are compounds in the {} chemical family with {} ligands all assigned DOI {}?"} +{"question": "Are catalysts with a surface area of 5.91 m²/g and desorption temperature of 120°C exclusively prepared using method 3?", "refer_dataset": "table11", "column names": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "condition_column": ["SSA (m2 g -1 )", "DT (℃)", "PM"], "answer_column": [], "condition": {"SSA (m2 g -1 )": "5.91", "DT (℃)": "120", "PM": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts with a surface area of {} m²/g and desorption temperature of {}°C exclusively prepared using method {}?"} +{"question": "Does a material with elements ['Ce', 'Cl', 'O'], a total magnetization of 4.971008325, and band gap of 1.2089 belong to the oxide oxide type?", "refer_dataset": "table55", "column names": ["elements", "total_magnetization", "band_gap", "oxide_type"], "condition_column": ["elements", "total_magnetization", "band_gap", "oxide_type"], "answer_column": [], "condition": {"elements": "['Ce', 'Cl', 'O']", "total_magnetization": "4.971008325", "band_gap": "1.2089", "oxide_type": "oxide"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with elements {}, a total magnetization of {}, and band gap of {} belong to the {} oxide type?"} +{"question": "Does a d-block element with a van der Waals radius of 0 Å exhibit a boiling point of 1.56 K and a 2nd ionization potential of 4275 V?", "refer_dataset": "table36", "column names": ["IsDBlock", "covalent radius", "BP (K)", "Second Ionization Potential (V)"], "condition_column": ["IsDBlock", "covalent radius", "BP (K)"], "answer_column": ["Second Ionization Potential (V)"], "condition": {"IsDBlock": "0", "covalent radius": "1.56", "BP (K)": "4275"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a d-block element with a van der Waals radius of {} Å exhibit a boiling point of {} K and a 2nd ionization potential of {} V?"} +{"question": "Is there a unit cell volume of 1885.8 with an uncertainty of 0.3?", "refer_dataset": "table38", "column names": ["vol", "sigvol"], "condition_column": ["vol", "sigvol"], "answer_column": [], "condition": {"vol": "1885.8", "sigvol": "0.3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a unit cell volume of {} with an uncertainty of {}?"} +{"question": "Does the molecule with SMILES C#N have a HOMO energy of -5.47146527326176, LUMO energy of 0.1550486500157, and gap of 2.70289805057916?", "refer_dataset": "table61", "column names": ["SMILES", "HOMO", "LUMO", "gap"], "condition_column": ["SMILES", "HOMO", "LUMO", "gap"], "answer_column": [], "condition": {"SMILES": "C#N", "HOMO": "-5.47146527326176", "LUMO": "0.1550486500157", "gap": "2.70289805057916"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecule with SMILES {} have a HOMO energy of {}, LUMO energy of {}, and gap of {}?"} +{"question": "In the OQMD database, does any compound containing 2 elements have lattice parameters a4.489Åb4.489Åc4.489Åα120.000°β90.000°γ120.000° and a Cubic lattice system?", "refer_dataset": "table31", "column names": ["7", "3", "12", "11"], "condition_column": ["7", "3", "12", "11"], "answer_column": [], "condition": {"7": "OQMD", "3": "2", "12": "a4.489Åb4.489Åc4.489Åα120.000°β90.000°γ120.000°", "11": "Cubic"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In the {} database, does any compound containing {} elements have lattice parameters {} and a {} lattice system?"} +{"question": "Does the material with Ba as the primary A site element and Hf in the tertiary B site have a formation energy under -2.67281304233 eV/atom?", "refer_dataset": "table35", "column names": ["A site #1", "B site #3", "formation_energy (eV/atom)"], "condition_column": ["A site #1", "B site #3", "formation_energy (eV/atom)"], "answer_column": [], "condition": {"A site #1": "Ba", "B site #3": "Hf", "formation_energy (eV/atom)": "-2.67281304233"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with {} as the primary A site element and {} in the tertiary B site have a formation energy under {} eV/atom?"} +{"question": "Are thermal stability and surface area optimizations achieved when calcination at 700°C, aging for 8 hours, and desorption at 90°C are combined?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)", "DT (℃)"], "condition_column": ["CT (℃)", "AH (h)", "DT (℃)"], "answer_column": [], "condition": {"CT (℃)": "700", "AH (h)": "8", "DT (℃)": "90"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are thermal stability and surface area optimizations achieved when calcination at {}°C, aging for {} hours, and desorption at {}°C are combined?"} +{"question": "At 725℃, M3=W, and support SiO2, is methane conversion 3,8% and carbon deficit 0,4%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["Temp(℃)", "M3", "Support", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"Temp(℃)": "725", "M3": "W", "Support": "SiO2", "CH4 Conv(%)": "3,8", "C missing(%)": "0,4"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, M3={}, and support {}, is methane conversion {}% and carbon deficit {}%?"} +{"question": "Is there a UiO-66-Ga CAT photocatalyst with MOF type FUNC in the Liquid phase?", "refer_dataset": "table7", "column names": ["Photocatalyst(s)", "MOF_Type", "Phase"], "condition_column": ["Photocatalyst(s)", "MOF_Type", "Phase"], "answer_column": [], "condition": {"Photocatalyst(s)": "UiO-66-Ga CAT", "MOF_Type": "FUNC", "Phase": "Liquid"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} photocatalyst with MOF type {} in the {} phase?"} +{"question": "Can a material with a conduction band minimum of 6.9787 and band alignment offset of 0.8230729226123605 have a final energy of -627.91156622?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "offset", "final_energy"], "condition_column": ["optb88vdw_cbm", "offset", "final_energy"], "answer_column": [], "condition": {"optb88vdw_cbm": "6.9787", "offset": "0.8230729226123605", "final_energy": "-627.91156622"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material with a conduction band minimum of {} and band alignment offset of {} have a final energy of {}?"} +{"question": "Does an SBET of 97.0 m²/g and loading of 0.142857143 g/l under Visible light source achieve 2.165 μmol/g/h?", "refer_dataset": "table10", "column names": ["SBET (m2 /g)", "loading (g/l)", "light source", "Yield (μmol/g/h)"], "condition_column": ["SBET (m2 /g)", "loading (g/l)", "light source", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"SBET (m2 /g)": "97.0", "loading (g/l)": "0.142857143", "light source": "Visible", "Yield (μmol/g/h)": "2.165"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an SBET of {} m²/g and loading of {} g/l under {} light source achieve {} μmol/g/h?"} +{"question": "Has the perovskite Cr:SrTiO3 shown a cycle2 performance of 5333.3?", "refer_dataset": "table5", "column names": ["Full Name of Perovskite", "cycle2"], "condition_column": ["Full Name of Perovskite", "cycle2"], "answer_column": [], "condition": {"Full Name of Perovskite": "Cr:SrTiO3", "cycle2": "5333.3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has the perovskite {} shown a cycle2 performance of {}?"} +{"question": "Does job ID JLMP-1045 correspond to chemical formula SiO2?", "refer_dataset": "table53", "column names": ["jid", "formula"], "condition_column": ["jid", "formula"], "answer_column": [], "condition": {"jid": "JLMP-1045", "formula": "SiO2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} correspond to chemical formula {}?"} +{"question": "Does a material with zero-point vibrational energy 2.7572481632232666 have an internal energy at 0K (U0) of -29.065597534179688?", "refer_dataset": "table60", "column names": ["zpve", "U0"], "condition_column": ["zpve", "U0"], "answer_column": [], "condition": {"zpve": "2.7572481632232666", "U0": "-29.065597534179688"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with zero-point vibrational energy {} have an internal energy at 0K (U0) of {}?"} +{"question": "Does an oxygen partial pressure of 0.13 atm result in a C2y of 9.9%?", "refer_dataset": "table28", "column names": ["Po2", "C2y"], "condition_column": ["Po2", "C2y"], "answer_column": [], "condition": {"Po2": "0.13", "C2y": "9.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an oxygen partial pressure of {} atm result in a C2y of {}%?"} +{"question": "Do materials with delta e = 0.22276803810345 eV exhibit stability = 0.764712336815141 when the band gap is 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.22276803810345", "_oqmd_stability": "0.764712336815141", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with delta e = {} eV exhibit stability = {} when the band gap is {} eV?"} +{"question": "Is the reaction energy 1.29 eV associated with the adsorbed species CH*?", "refer_dataset": "table18", "column names": ["reaction_energy", "ab"], "condition_column": ["reaction_energy", "ab"], "answer_column": [], "condition": {"reaction_energy": "1.29", "ab": "CH*"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the reaction energy {} eV associated with the adsorbed species {}?"} +{"question": "Is there a material composed of Ba2La6Fe8O24 with Fe as the primary B site, La as the secondary A site, and energy_above_hull above 124.630840359 meV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "condition_column": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Fe8O24", "B site #1": "Fe", "A site #2": "La", "energy_above_hull (meV/atom)": "124.630840359"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material composed of {} with {} as the primary B site, {} as the secondary A site, and energy_above_hull above {} meV/atom?"} +{"question": "Under 825℃, a CH4/O₂ ratio of 3, and furnace length of 270 mm, is CO yield 6,5%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "825", "CH4/O2 ratio": "3", "furnace length(mm)": "270", "CO yield(%)": "6,5"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {}℃, a CH4/O₂ ratio of {}, and furnace length of {} mm, is CO yield {}%?"} +{"question": "Is aging time 500.0 hours used for 8.6% Cr and 2.0% Re?", "refer_dataset": "table39", "column names": ["时效时间t (h)", "Cr", "Re"], "condition_column": ["时效时间t (h)", "Cr", "Re"], "answer_column": [], "condition": {"时效时间t (h)": "500.0", "Cr": "8.6", "Re": "2.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is aging time {} hours used for {}% Cr and {}% Re?"} +{"question": "Was the OptB88vdW DFT functional used to calculate a total energy of -5.61828 eV for Ba4CeMn3O12?", "refer_dataset": "table47", "column names": ["func", "optb88vdw_total_energy", "formula"], "condition_column": ["func", "optb88vdw_total_energy", "formula"], "answer_column": [], "condition": {"func": "OptB88vdW", "optb88vdw_total_energy": "-5.61828", "formula": "Ba4CeMn3O12"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the {} DFT functional used to calculate a total energy of {} eV for {}?"} +{"question": "Is there a material with a PBE lattice constant of 5.86 and an HSE decomposition energy of -0.23?", "refer_dataset": "table49", "column names": ["PBE_latt_const", "HSE_decomp_energy"], "condition_column": ["PBE_latt_const", "HSE_decomp_energy"], "answer_column": [], "condition": {"PBE_latt_const": "5.86", "HSE_decomp_energy": "-0.23"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a PBE lattice constant of {} and an HSE decomposition energy of {}?"} +{"question": "Is the activation energy 2.14 eV recorded for the -111 surface?", "refer_dataset": "table18", "column names": ["activation_energy", "surfaces"], "condition_column": ["activation_energy", "surfaces"], "answer_column": [], "condition": {"activation_energy": "2.14", "surfaces": "-111"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the activation energy {} eV recorded for the {} surface?"} +{"question": "Is there a material composed of Dy2Y6Ga8O24 with Fe as the primary B site, Ca as the secondary A site, and energy_above_hull above 171.608093341 meV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "condition_column": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"Material Composition": "Dy2Y6Ga8O24", "B site #1": "Fe", "A site #2": "Ca", "energy_above_hull (meV/atom)": "171.608093341"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material composed of {} with {} as the primary B site, {} as the secondary A site, and energy_above_hull above {} meV/atom?"} +{"question": "At calcination time 10.0 hours, reaction solution 20% v/v CH3OH, and calcination temperature 1423.0 K, the bandgap is 3.25 eV.", "refer_dataset": "table1", "column names": ["Calcination time(h)", "Reaction solution", "Calcination temperature(K)", "Eg(eV)"], "condition_column": ["Calcination time(h)", "Reaction solution", "Calcination temperature(K)", "Eg(eV)"], "answer_column": [], "condition": {"Calcination time(h)": "10.0", "Reaction solution": "20% v/v CH3OH", "Calcination temperature(K)": "1423.0", "Eg(eV)": "3.25"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At calcination time {} hours, reaction solution {}, and calcination temperature {} K, the bandgap is {} eV."} +{"question": "Does Zn as the primary metal (M1) achieve a CH4 conversion of 37.87889305%?", "refer_dataset": "table21", "column names": ["M1", "CH4 conversion (%)"], "condition_column": ["M1", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "CH4 conversion (%)": "37.87889305"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} as the primary metal (M1) achieve a CH4 conversion of {}%?"} +{"question": "Are any materials both mechanically stiff (bulk modulus > 187.8441005752244) and magnetically inactive (mu_b = 0)?", "refer_dataset": "table56", "column names": ["bulk modulus", "mu_b"], "condition_column": ["bulk modulus"], "answer_column": ["mu_b"], "condition": {"bulk modulus": "187.8441005752244"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are any materials both mechanically stiff (bulk modulus > {}) and magnetically inactive (mu_b = 0)?"} +{"question": "Are M2 Cs, M4 none, and temperature 775.0°C linked to CO 0.0% and H₂ 0.2% yields?", "refer_dataset": "table26", "column names": ["M2", "M4", "Temp (oC)", "CO yield (%)", "H2 yield (%)"], "condition_column": ["M2", "M4", "Temp (oC)", "CO yield (%)", "H2 yield (%)"], "answer_column": [], "condition": {"M2": "Cs", "M4": "none", "Temp (oC)": "775.0", "CO yield (%)": "0.0", "H2 yield (%)": "0.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are M2 {}, M4 {}, and temperature {}°C linked to CO {}% and H₂ {}% yields?"} +{"question": "Are 900°C, 2 mol/mol CH4/O2 ratio, and 1.818376945% C2 yield conditions found in any catalyst using BaO–La2O3 support?", "refer_dataset": "table21", "column names": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "condition_column": ["Temp. (°C)", "CH4/O2 (mol/mol)", "C2 yield (%)", "Support"], "answer_column": [], "condition": {"Temp. (°C)": "900", "CH4/O2 (mol/mol)": "2", "C2 yield (%)": "1.818376945", "Support": "BaO–La2O3"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}°C, {} mol/mol CH4/O2 ratio, and {}% C2 yield conditions found in any catalyst using {} support?"} +{"question": "Are there materials with a Log_fom of 5.36 and a tolerance factor of 1.007?", "refer_dataset": "table49", "column names": ["Log_fom", "Tol"], "condition_column": ["Log_fom", "Tol"], "answer_column": [], "condition": {"Log_fom": "5.36", "Tol": "1.007"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a Log_fom of {} and a tolerance factor of {}?"} +{"question": "Does the compound with abbreviation TeYb have space group 225, density 0.00000g/cm3 g/cm³, and 2 elements?", "refer_dataset": "table31", "column names": ["1", "8", "6", "3"], "condition_column": ["1", "8", "6", "3"], "answer_column": [], "condition": {"1": "TeYb", "8": "225", "6": "0.00000g/cm3", "3": "2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound with abbreviation {} have space group {}, density {} g/cm³, and {} elements?"} +{"question": "Does a material with an A-site to B-site property ratio of 1.685 have a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["A_B", "Bsite_NsUnfilled_range"], "condition_column": ["A_B", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"A_B": "1.685", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with an A-site to B-site property ratio of {} have a B-site s-orbital unfilled range of {}?"} +{"question": "With furnace length 270 mm and M3 as W, is carbon deficit 0,2% and O₂ conversion 0,2%?", "refer_dataset": "table27", "column names": ["furnace length(mm)", "M3", "C missing(%)", "O2 Conv(%)"], "condition_column": ["furnace length(mm)", "M3", "C missing(%)", "O2 Conv(%)"], "answer_column": [], "condition": {"furnace length(mm)": "270", "M3": "W", "C missing(%)": "0,2", "O2 Conv(%)": "0,2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "With furnace length {} mm and M3 as {}, is carbon deficit {}% and O₂ conversion {}%?"} +{"question": "Is there an entry with M2 as Y, support material MgO, and C₂ selectivity 4.1%?", "refer_dataset": "table23", "column names": ["M2", "Support", "C2 selectivity (%)"], "condition_column": ["M2", "Support", "C2 selectivity (%)"], "answer_column": [], "condition": {"M2": "Y", "Support": "MgO", "C2 selectivity (%)": "4.1"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry with M2 as {}, support material {}, and C₂ selectivity {}%?"} +{"question": "Do compositions with Dope F exhibit CH4Ead 0.1469100244?", "refer_dataset": "table24", "column names": ["Dope", "CH4Ead"], "condition_column": ["Dope", "CH4Ead"], "answer_column": [], "condition": {"Dope": "F", "CH4Ead": "0.1469100244"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do compositions with Dope {} exhibit CH4Ead {}?"} +{"question": "Is the formula CaO4W recorded under material ID 465?", "refer_dataset": "table64", "column names": ["formula", "id"], "condition_column": ["formula", "id"], "answer_column": [], "condition": {"formula": "CaO4W", "id": "465"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formula {} recorded under material ID {}?"} +{"question": "Is there a material in space group 123 with formula AsO and a crystal system classification of monoclinic?", "refer_dataset": "table59", "column names": ["spacegroup_number", "formula", "crystal_system"], "condition_column": ["spacegroup_number", "formula", "crystal_system"], "answer_column": [], "condition": {"spacegroup_number": "123", "formula": "AsO", "crystal_system": "monoclinic"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material in space group {} with formula {} and a crystal system classification of {}?"} +{"question": "Are materials in space group 122 with HSE optical band gap 3.055806 eV exclusively NM magnetic?", "refer_dataset": "table63", "column names": ["Space_group_rlx", "Band_gap_HSE_optical", "Magnetic_ordering"], "condition_column": ["Space_group_rlx", "Band_gap_HSE_optical", "Magnetic_ordering"], "answer_column": [], "condition": {"Space_group_rlx": "122", "Band_gap_HSE_optical": "3.055806", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials in space group {} with HSE optical band gap {} eV exclusively {} magnetic?"} +{"question": "Is there a molecule with an electronic polarizability of -7.62159225156539, HOMO energy of -5.47146527326176, and Gibbs free energy of 6.14002915286456?", "refer_dataset": "table61", "column names": ["alpha", "HOMO", "G"], "condition_column": ["alpha", "HOMO", "G"], "answer_column": [], "condition": {"alpha": "-7.62159225156539", "HOMO": "-5.47146527326176", "G": "6.14002915286456"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with an electronic polarizability of {}, HOMO energy of {}, and Gibbs free energy of {}?"} +{"question": "Is the synthesized compound Zn2C50H32N6O8S4 from CSD validated to have a pore limiting diameter (PLD) of 1.33452 Å?", "refer_dataset": "table62", "column names": ["formula", "source", "pld"], "condition_column": ["formula", "source", "pld"], "answer_column": [], "condition": {"formula": "Zn2C50H32N6O8S4", "source": "CSD", "pld": "1.33452"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the synthesized compound {} from {} validated to have a pore limiting diameter (PLD) of {} Å?"} +{"question": "Is the volumetric surface area of 1444.8 m²/cm³ combined with a CO₂ adsorption pressure of [0.01, 0.05, 0.1, 0.5, 2.5] bar linked to a minimum adsorption capacity of 0.012105?", "refer_dataset": "table50", "column names": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "condition_column": ["surface_area_m2cm3", "co2_pressures", "min_co2_adsp"], "answer_column": [], "condition": {"surface_area_m2cm3": "1444.8", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "min_co2_adsp": "0.012105"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the volumetric surface area of {} m²/cm³ combined with a CO₂ adsorption pressure of {} bar linked to a minimum adsorption capacity of {}?"} +{"question": "Does material composition Ba2Ho6Fe8O24 include Y as the primary A site, Fe as the primary B site, and oxygen as the anion?", "refer_dataset": "table35", "column names": ["Material Composition", "A site #1", "B site #1", "X site"], "condition_column": ["Material Composition", "A site #1", "B site #1"], "answer_column": ["X site"], "condition": {"Material Composition": "Ba2Ho6Fe8O24", "A site #1": "Y", "B site #1": "Fe"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material composition {} include {} as the primary A site, {} as the primary B site, and oxygen as the anion?"} +{"question": "Is a support of SiO2 combined with M3=W associated with CO yield 0,2% and C₂H6 0,6%?", "refer_dataset": "table27", "column names": ["Support", "M3", "CO yield(%)", "C2H6 yield(%)"], "condition_column": ["Support", "M3", "CO yield(%)", "C2H6 yield(%)"], "answer_column": [], "condition": {"Support": "SiO2", "M3": "W", "CO yield(%)": "0,2", "C2H6 yield(%)": "0,6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a support of {} combined with M3={} associated with CO yield {}% and C₂H6 {}%?"} +{"question": "Is there a perovskite where the HSE lattice constant is 6.69 and the PBE band gap is 1.61?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "PBE_gap"], "condition_column": ["HSE_latt_const", "PBE_gap"], "answer_column": [], "condition": {"HSE_latt_const": "6.69", "PBE_gap": "1.61"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite where the HSE lattice constant is {} and the PBE band gap is {}?"} +{"question": "Is there a MOF with a surface area of 2049.2 m²/g, minimum adsorption capacity of 0.143114, and pressure range up to [0.01, 0.05, 0.1, 0.5, 2.5] bar?", "refer_dataset": "table50", "column names": ["surface_area_m2g", "min_co2_adsp", "co2_pressures"], "condition_column": ["surface_area_m2g", "min_co2_adsp", "co2_pressures"], "answer_column": [], "condition": {"surface_area_m2g": "2049.2", "min_co2_adsp": "0.143114", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a MOF with a surface area of {} m²/g, minimum adsorption capacity of {}, and pressure range up to {} bar?"} +{"question": "Does reference S1 report a degradation rate of 94.0%?", "refer_dataset": "table8", "column names": ["Ref", "Degradation rate(%)"], "condition_column": ["Ref", "Degradation rate(%)"], "answer_column": [], "condition": {"Ref": "S1", "Degradation rate(%)": "94.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does reference {} report a degradation rate of {}%?"} +{"question": "Is a synthesis temperature of 58°C paired with a Polymer % wt. of 0.335% and stirring speed of 0 rpm?", "refer_dataset": "table42", "column names": ["Temperature, C", "Polymer, % wt.", "Stirring, rpm"], "condition_column": ["Temperature, C", "Polymer, % wt.", "Stirring, rpm"], "answer_column": [], "condition": {"Temperature, C": "58", "Polymer, % wt.": "0.335", "Stirring, rpm": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a synthesis temperature of {}°C paired with a Polymer % wt. of {}% and stirring speed of {} rpm?"} +{"question": "For element Cu on the -211 surface, is there a reaction energy of 0.744 eV and activation energy of 1.61 eV?", "refer_dataset": "table18", "column names": ["AA", "surfaces", "reaction_energy", "activation_energy"], "condition_column": ["AA", "surfaces", "reaction_energy", "activation_energy"], "answer_column": [], "condition": {"AA": "Cu", "surfaces": "-211", "reaction_energy": "0.744", "activation_energy": "1.61"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "For element {} on the {} surface, is there a reaction energy of {} eV and activation energy of {} eV?"} +{"question": "Is there a material with space group 189, composed of ['Ag', 'Ru', 'Ac'] elements, and a total magnetization of -5.5400000000000005e-05?", "refer_dataset": "table44", "column names": ["spg", "elements", "total_mag"], "condition_column": ["spg", "elements", "total_mag"], "answer_column": [], "condition": {"spg": "189", "elements": "['Ag', 'Ru', 'Ac']", "total_mag": "-5.5400000000000005e-05"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group {}, composed of {} elements, and a total magnetization of {}?"} +{"question": "Is there a 0.35 V vs. RHE catalyst in the 0.0 chemical environment with multiphase (Multiphase=1) and doping?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure", "Multiphase", "Doping"], "condition_column": ["-V vs. RHE V", "Chemical Environment 1=electrolyte 2=pressure"], "answer_column": ["Multiphase", "Doping"], "condition": {"-V vs. RHE V": "0.35", "Chemical Environment 1=electrolyte 2=pressure": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} V vs. RHE catalyst in the {} chemical environment with multiphase (Multiphase=1) and doping?"} +{"question": "Is there a catalyst with support material MgO having a C₂ selectivity of 11.9%?", "refer_dataset": "table23", "column names": ["Support", "C2 selectivity (%)"], "condition_column": ["Support", "C2 selectivity (%)"], "answer_column": [], "condition": {"Support": "MgO", "C2 selectivity (%)": "11.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with support material {} having a C₂ selectivity of {}%?"} +{"question": "Is there a phase with formation energy -3.0107 per atom, indirect band gap 6.082, and 3 atoms?", "refer_dataset": "table59", "column names": ["f_enp", "indir_gap", "natoms"], "condition_column": ["f_enp", "indir_gap", "natoms"], "answer_column": [], "condition": {"f_enp": "-3.0107", "indir_gap": "6.082", "natoms": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a phase with formation energy {} per atom, indirect band gap {}, and {} atoms?"} +{"question": "Can a material with exfoliation energy per atom of 0.07163021333333308 exhibit a bandgap of 0.0?", "refer_dataset": "table67", "column names": ["exfoliation_energy_per_atom", "bandgap"], "condition_column": ["exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"exfoliation_energy_per_atom": "0.07163021333333308", "bandgap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a material with exfoliation energy per atom of {} exhibit a bandgap of {}?"} +{"question": "Is the formation energy of 1.76303 associated with a vacancy formation factor of ['Ti,1,-0.497', 'Ti,2,-0.097']?", "refer_dataset": "table68", "column names": ["ef", "ff_vac"], "condition_column": ["ef", "ff_vac"], "answer_column": [], "condition": {"ef": "1.76303", "ff_vac": "['Ti,1,-0.497', 'Ti,2,-0.097']"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy of {} associated with a vacancy formation factor of {}?"} +{"question": "Material 1223 has formula I2Sr and an energy value of -3.16357382977. Is this accurate?", "refer_dataset": "table64", "column names": ["id", "formula", "formula_energy"], "condition_column": ["id", "formula", "formula_energy"], "answer_column": [], "condition": {"id": "1223", "formula": "I2Sr", "formula_energy": "-3.16357382977"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} has formula {} and an energy value of {}. Is this accurate?"} +{"question": "A molecular formula NaTa0.92Bi0.08O3 prepared via Flux-growth method with co-catalyst Pt(0.5 wt％) achieves RH2 of 144.7 µmol h⁻¹ g⁻¹.", "refer_dataset": "table1", "column names": ["Molecular formula", "Preparation method", "Co-catalyst", "RH2(µmol h-1 g-1)"], "condition_column": ["Molecular formula", "Preparation method", "Co-catalyst", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"Molecular formula": "NaTa0.92Bi0.08O3", "Preparation method": "Flux-growth", "Co-catalyst": "Pt(0.5 wt％)", "RH2(µmol h-1 g-1)": "144.7"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A molecular formula {} prepared via {} method with co-catalyst {} achieves RH2 of {} µmol h⁻¹ g⁻¹."} +{"question": "Can the material ID 1759 have a formula energy below -0.355585666576?", "refer_dataset": "table64", "column names": ["id", "formula_energy"], "condition_column": ["id", "formula_energy"], "answer_column": [], "condition": {"id": "1759", "formula_energy": "-0.355585666576"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can the material ID {} have a formula energy below {}?"} +{"question": "Does a Calcium ion concentration of 50 mM coincide with a Carbonate ion concentration of 46 mM?", "refer_dataset": "table42", "column names": ["Ca ion, mM", "CO3 ion, mM"], "condition_column": ["Ca ion, mM", "CO3 ion, mM"], "answer_column": [], "condition": {"Ca ion, mM": "50", "CO3 ion, mM": "46"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Calcium ion concentration of {} mM coincide with a Carbonate ion concentration of {} mM?"} +{"question": "Does a material with a bandgap energy (Eg) of 3.4 eV have a radius ratio (Ra/Rb) of 1.042?", "refer_dataset": "table2", "column names": ["Eg(eV)", "Ra/Rb"], "condition_column": ["Eg(eV)", "Ra/Rb"], "answer_column": [], "condition": {"Eg(eV)": "3.4", "Ra/Rb": "1.042"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a bandgap energy (Eg) of {} eV have a radius ratio (Ra/Rb) of {}?"} +{"question": "Is there a material composed of Ba2Ho6Fe8O24 with Sc as the primary B site, Ho as the secondary A site, and energy_above_hull above 291.384615991 meV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "condition_column": ["Material Composition", "B site #1", "A site #2", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"Material Composition": "Ba2Ho6Fe8O24", "B site #1": "Sc", "A site #2": "Ho", "energy_above_hull (meV/atom)": "291.384615991"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material composed of {} with {} as the primary B site, {} as the secondary A site, and energy_above_hull above {} meV/atom?"} +{"question": "Are the SCF valence band maximum (2.665) and conduction band minimum (2.149) for surface structure Surface-JVASP-66053_miller_1_1_0_thickness_16_VASP_PBE_noDP consistent with Fermi energy level 0.5073935?", "refer_dataset": "table66", "column names": ["scf_vbm", "scf_cbm", "name", "efermi"], "condition_column": ["scf_vbm", "scf_cbm", "name", "efermi"], "answer_column": [], "condition": {"scf_vbm": "2.665", "scf_cbm": "2.149", "name": "Surface-JVASP-66053_miller_1_1_0_thickness_16_VASP_PBE_noDP", "efermi": "0.5073935"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the SCF valence band maximum ({}) and conduction band minimum ({}) for surface structure {} consistent with Fermi energy level {}?"} +{"question": "Does surface key 5 (Miller indices: -211) with adsorbed species CH* have an activation energy of 1.54 eV?", "refer_dataset": "table18", "column names": ["surfaces_key", "surfaces", "ab", "activation_energy"], "condition_column": ["surfaces_key", "surfaces", "ab", "activation_energy"], "answer_column": [], "condition": {"surfaces_key": "5", "surfaces": "-211", "ab": "CH*", "activation_energy": "1.54"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does surface key {} (Miller indices: {}) with adsorbed species {} have an activation energy of {} eV?"} +{"question": "Does the prototype structure A_26_spg227 correspond to a space group number of 227?", "refer_dataset": "table44", "column names": ["prototype_id", "spg"], "condition_column": ["prototype_id", "spg"], "answer_column": [], "condition": {"prototype_id": "A_26_spg227", "spg": "227"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the prototype structure {} correspond to a space group number of {}?"} +{"question": "Does any material have a HOMO energy of -10.549854278564451 and LUMO energy of 3.186453342437744?", "refer_dataset": "table60", "column names": ["homo", "lumo"], "condition_column": ["homo", "lumo"], "answer_column": [], "condition": {"homo": "-10.549854278564451", "lumo": "3.186453342437744"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have a HOMO energy of {} and LUMO energy of {}?"} +{"question": "Is there a compound with a boiling temperature (B) of 3244.4 K and a first ionization energy (B) of 6.936 kJ/mol?", "refer_dataset": "table3", "column names": ["B_Tb", "I1b"], "condition_column": ["B_Tb", "I1b"], "answer_column": [], "condition": {"B_Tb": "3244.4", "I1b": "6.936"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with a boiling temperature (B) of {} K and a first ionization energy (B) of {} kJ/mol?"} +{"question": "Is the material with ID 14511 (formula Pb0.5Ca1Sr2Y0.5Cu2O6.97) linked to a Tc of 55.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "14511", "formula": "Pb0.5Ca1Sr2Y0.5Cu2O6.97", "Tc": "55.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {} (formula {}) linked to a Tc of {} K?"} +{"question": "Does any entry show both B3LYP Scharber current density of 128.634289942 and BP86 LUMO energy level of -0.093?", "refer_dataset": "table51", "column names": ["b3lyp_scharber_jsc", "bp86_lumo"], "condition_column": ["b3lyp_scharber_jsc", "bp86_lumo"], "answer_column": [], "condition": {"b3lyp_scharber_jsc": "128.634289942", "bp86_lumo": "-0.093"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any entry show both B3LYP Scharber current density of {} and BP86 LUMO energy level of {}?"} +{"question": "Does a material have both an enthalpy per atom of -1.73329 and a corrected band gap (egap_fit) of 0.0?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "egap_fit"], "condition_column": ["enthalpy_atom", "egap_fit"], "answer_column": [], "condition": {"enthalpy_atom": "-1.73329", "egap_fit": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material have both an enthalpy per atom of {} and a corrected band gap (egap_fit) of {}?"} +{"question": "Does the catalyst NiCo(9:1)/Al2O3 require CO2,H2 for CH₄ synthesis?", "refer_dataset": "table30", "column names": ["Catalyst", "Substrates"], "condition_column": ["Catalyst", "Substrates"], "answer_column": [], "condition": {"Catalyst": "NiCo(9:1)/Al2O3", "Substrates": "CO2,H2"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the catalyst {} require {} for CH₄ synthesis?"} +{"question": "Does a perovskite with secondary B2 site Rh+Sb have a cycle duration of 23.5 hours?", "refer_dataset": "table5", "column names": ["B2 site", "Duration of cycles (h)"], "condition_column": ["B2 site", "Duration of cycles (h)"], "answer_column": [], "condition": {"B2 site": "Rh+Sb", "Duration of cycles (h)": "23.5"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a perovskite with secondary B2 site {} have a cycle duration of {} hours?"} +{"question": "Is there a catalyst where M1 is Fe and Par is 0.4 atm?", "refer_dataset": "table28", "column names": ["M1", "Par"], "condition_column": ["M1", "Par"], "answer_column": [], "condition": {"M1": "Fe", "Par": "0.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {} and Par is {} atm?"} +{"question": "Is the energy bandgap of 1.973007 eV associated with the chemical formula Zn2C50H32N6O8S4?", "refer_dataset": "table62", "column names": ["bandgap", "formula"], "condition_column": ["bandgap", "formula"], "answer_column": [], "condition": {"bandgap": "1.973007", "formula": "Zn2C50H32N6O8S4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy bandgap of {} eV associated with the chemical formula {}?"} +{"question": "Is there a material with the chemical formula CaO4W and energy value of -2.84179646508?", "refer_dataset": "table64", "column names": ["formula", "formula_energy"], "condition_column": ["formula", "formula_energy"], "answer_column": [], "condition": {"formula": "CaO4W", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and energy value of {}?"} +{"question": "Does any entry combine PBE0 Scharber voltage of 1.223236283 with BP86 Scharber current density of 195.693534923 and B3LYP gap of 0.094?", "refer_dataset": "table51", "column names": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "condition_column": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "answer_column": [], "condition": {"pbe0_scharber_voc": "1.223236283", "bp86_scharber_jsc": "195.693534923", "b3lyp_gap": "0.094"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any entry combine PBE0 Scharber voltage of {} with BP86 Scharber current density of {} and B3LYP gap of {}?"} +{"question": "Is there a metal oxide containing Mn 0.6, Ni 0.3, and La 0.1 in its composition?", "refer_dataset": "table16", "column names": ["Mn", "Ni", "La"], "condition_column": ["Mn", "Ni", "La"], "answer_column": [], "condition": {"Mn": "0.6", "Ni": "0.3", "La": "0.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a metal oxide containing Mn {}, Ni {}, and La {} in its composition?"} +{"question": "Are molecules with inertial shape factor mean 0.001988835 also likely to have spherocity index mean 0.1656078010093694?", "refer_dataset": "table41", "column names": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "condition_column": ["inertial_shape_factor_mean_0", "spherocity_index_mean_0"], "answer_column": [], "condition": {"inertial_shape_factor_mean_0": "0.001988835", "spherocity_index_mean_0": "0.1656078010093694"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are molecules with inertial shape factor mean {} also likely to have spherocity index mean {}?"} +{"question": "Does the material with enthalpy per atom -2.96373, Badernet charges [0.7379, 1.6849, -0.8076, -0.8076, -0.8076], and AFLOWLIB UID 0740ed62fd33ee2a exist?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "bader_net_charges", "auid"], "condition_column": ["enthalpy_atom", "bader_net_charges", "auid"], "answer_column": [], "condition": {"enthalpy_atom": "-2.96373", "bader_net_charges": "[0.7379, 1.6849, -0.8076, -0.8076, -0.8076]", "auid": "0740ed62fd33ee2a"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with enthalpy per atom {}, Badernet charges {}, and AFLOWLIB UID {} exist?"} +{"question": "Does the molecule with SMILES C=O have an optimized structure notation of C=O?", "refer_dataset": "table61", "column names": ["SMILES", "SMILES_relaxed"], "condition_column": ["SMILES", "SMILES_relaxed"], "answer_column": [], "condition": {"SMILES": "C=O", "SMILES_relaxed": "C=O"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecule with SMILES {} have an optimized structure notation of {}?"} +{"question": "Are 0.0% W and 1.0% Ta found in alloys with γ' size 5.77 nm?", "refer_dataset": "table39", "column names": ["W", "Ta", "γ＇相尺寸 (nm)"], "condition_column": ["W", "Ta", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"W": "0.0", "Ta": "1.0", "γ＇相尺寸 (nm)": "5.77"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}% W and {}% Ta found in alloys with γ' size {} nm?"} +{"question": "Is a F-43m material with DFT functional OptB88vdW reported to have spillage value 0.011?", "refer_dataset": "table47", "column names": ["spg_symbol", "func", "spillage"], "condition_column": ["spg_symbol", "func", "spillage"], "answer_column": [], "condition": {"spg_symbol": "F-43m", "func": "OptB88vdW", "spillage": "0.011"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a {} material with DFT functional {} reported to have spillage value {}?"} +{"question": "Is there a magnetically ordered NM material in space group 129 with HSE band gap 0.5201560000000001 eV and spin-orbit coupling?", "refer_dataset": "table63", "column names": ["Magnetic_ordering", "Space_group_rlx", "Band_gap_HSE", "SOC"], "condition_column": ["Magnetic_ordering", "Space_group_rlx", "Band_gap_HSE"], "answer_column": ["SOC"], "condition": {"Magnetic_ordering": "NM", "Space_group_rlx": "129", "Band_gap_HSE": "0.5201560000000001"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a magnetically ordered {} material in space group {} with HSE band gap {} eV and spin-orbit coupling?"} +{"question": "Is there a material with formation energy 1.6356292 eV and density of states at Fermi level of 2.9874506?", "refer_dataset": "table44", "column names": ["e_form", "dos_ef"], "condition_column": ["e_form", "dos_ef"], "answer_column": [], "condition": {"e_form": "1.6356292", "dos_ef": "2.9874506"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with formation energy {} eV and density of states at Fermi level of {}?"} +{"question": "Does a material with bulk modulus 4.4 GPa have a shear modulus of 68.32 GPa?", "refer_dataset": "table47", "column names": ["bulk_modulus_kv", "shear_modulus_gv"], "condition_column": ["bulk_modulus_kv", "shear_modulus_gv"], "answer_column": [], "condition": {"bulk_modulus_kv": "4.4", "shear_modulus_gv": "68.32"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with bulk modulus {} GPa have a shear modulus of {} GPa?"} +{"question": "Is there a scenario where the oxygen flow rate is 4.0 mL/min and the ethane yield is 0.8%?", "refer_dataset": "table25", "column names": ["O2 (mL/min)", "C2H6 yield (%)"], "condition_column": ["O2 (mL/min)", "C2H6 yield (%)"], "answer_column": [], "condition": {"O2 (mL/min)": "4.0", "C2H6 yield (%)": "0.8"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a scenario where the oxygen flow rate is {} mL/min and the ethane yield is {}%?"} +{"question": "Is there a surface structure with formula ErSbPd and work function (efermi) at 1.26229857?", "refer_dataset": "table66", "column names": ["formula", "efermi"], "condition_column": ["formula", "efermi"], "answer_column": [], "condition": {"formula": "ErSbPd", "efermi": "1.26229857"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a surface structure with formula {} and work function (efermi) at {}?"} +{"question": "Is there a catalyst with M1=none, M2=none, and none support achieving H₂ yield 2,2%?", "refer_dataset": "table27", "column names": ["M1", "M2", "Support", "H2 yield(%)"], "condition_column": ["M1", "M2", "Support", "H2 yield(%)"], "answer_column": [], "condition": {"M1": "none", "M2": "none", "Support": "none", "H2 yield(%)": "2,2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M1={}, M2={}, and {} support achieving H₂ yield {}%?"} +{"question": "Are all three ion concentrations─Calcium 89 mM, Carbonate 22 mM, and Bicarbonate 0 mM─present in any row?", "refer_dataset": "table42", "column names": ["Ca ion, mM", "CO3 ion, mM", "HCO3 ion, mM"], "condition_column": ["Ca ion, mM", "CO3 ion, mM", "HCO3 ion, mM"], "answer_column": [], "condition": {"Ca ion, mM": "89", "CO3 ion, mM": "22", "HCO3 ion, mM": "0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are all three ion concentrations─Calcium {} mM, Carbonate {} mM, and Bicarbonate {} mM─present in any row?"} +{"question": "Is there a unit cell volume of 3609.0 with an uncertainty of 0.4?", "refer_dataset": "table38", "column names": ["vol", "sigvol"], "condition_column": ["vol", "sigvol"], "answer_column": [], "condition": {"vol": "3609.0", "sigvol": "0.4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a unit cell volume of {} with an uncertainty of {}?"} +{"question": "Does the material from CSD with ID CUTDUS_FSR have a bandgap greater than 1.134232 eV?", "refer_dataset": "table62", "column names": ["source", "id", "bandgap"], "condition_column": ["source", "id", "bandgap"], "answer_column": [], "condition": {"source": "CSD", "id": "CUTDUS_FSR", "bandgap": "1.134232"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material from {} with ID {} have a bandgap greater than {} eV?"} +{"question": "Is there an unaccounted data entry when C2 yield is 6.9%?", "refer_dataset": "table19", "column names": ["C2 yield", "Missing"], "condition_column": ["C2 yield"], "answer_column": ["Missing"], "condition": {"C2 yield": "6.9"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an unaccounted data entry when C2 yield is {}%?"} +{"question": "Can ID 4837 correspond to both formula La1.85Ca0.989Sr0.161Cu2O5.93 and a Tc of 13.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "4837", "formula": "La1.85Ca0.989Sr0.161Cu2O5.93", "Tc": "13.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can ID {} correspond to both formula {} and a Tc of {} K?"} +{"question": "Does a whim mean of 36.19336842105263 align with getaway mean of 145.40984210526318?", "refer_dataset": "table41", "column names": ["whim_mean_0", "getaway_mean_0"], "condition_column": ["whim_mean_0", "getaway_mean_0"], "answer_column": [], "condition": {"whim_mean_0": "36.19336842105263", "getaway_mean_0": "145.40984210526318"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a whim mean of {} align with getaway mean of {}?"} +{"question": "Are there materials with chemical composition BeTe and an average maximum potential of 13.323995191034284?", "refer_dataset": "table66", "column names": ["formula", "avg_max"], "condition_column": ["formula", "avg_max"], "answer_column": [], "condition": {"formula": "BeTe", "avg_max": "13.323995191034284"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with chemical composition {} and an average maximum potential of {}?"} +{"question": "Are there materials in space group 24 with spin-orbit coupling set to False?", "refer_dataset": "table63", "column names": ["Space_group_rlx", "SOC"], "condition_column": ["Space_group_rlx", "SOC"], "answer_column": [], "condition": {"Space_group_rlx": "24", "SOC": "False"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with spin-orbit coupling set to {}?"} +{"question": "Is a polymer type PEG, molecular weight 20.0 kDa, and solvent type 1-Hexanol used together?", "refer_dataset": "table42", "column names": ["Polymer type", "Polymer Mwt, kDa", "Solvent type"], "condition_column": ["Polymer type", "Polymer Mwt, kDa", "Solvent type"], "answer_column": [], "condition": {"Polymer type": "PEG", "Polymer Mwt, kDa": "20.0", "Solvent type": "1-Hexanol"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a polymer type {}, molecular weight {} kDa, and solvent type {} used together?"} +{"question": "Is the substrate CO2,H2 processed under reaction conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Reaction"], "condition_column": ["Substrates", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the substrate {} processed under reaction conditions {}?"} +{"question": "Are there records where oxygen partial pressure is 0.052 with a contact duration of 10.0?", "refer_dataset": "table20", "column names": ["O2-pressure", "Contact-times"], "condition_column": ["O2-pressure", "Contact-times"], "answer_column": [], "condition": {"O2-pressure": "0.052", "Contact-times": "10.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there records where oxygen partial pressure is {} with a contact duration of {}?"} +{"question": "Is the tolerance factor 0.938 paired with a PBE mixing energy of 0.11?", "refer_dataset": "table49", "column names": ["Tol", "PBE_mix_energy"], "condition_column": ["Tol", "PBE_mix_energy"], "answer_column": [], "condition": {"Tol": "0.938", "PBE_mix_energy": "0.11"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the tolerance factor {} paired with a PBE mixing energy of {}?"} +{"question": "Can a 3D material with formation energy 1.76303 have a vacancy formation factor of ['Ti,1,-0.497', 'Ti,2,-0.097']?", "refer_dataset": "table68", "column names": ["material_type", "ef", "ff_vac"], "condition_column": ["material_type", "ef", "ff_vac"], "answer_column": [], "condition": {"material_type": "3D", "ef": "1.76303", "ff_vac": "['Ti,1,-0.497', 'Ti,2,-0.097']"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can a {} material with formation energy {} have a vacancy formation factor of {}?"} +{"question": "Is Pavel Nadolsky listed as both the submitter and an author of the paper?", "refer_dataset": "table45", "column names": ["submitter", "authors"], "condition_column": ["submitter"], "answer_column": ["authors"], "condition": {"submitter": "Pavel Nadolsky"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is {} listed as both the submitter and an author of the paper?"} +{"question": "Does any material with sql topology have a largest cavity diameter of 6.05802 Å?", "refer_dataset": "table62", "column names": ["topology", "lcd"], "condition_column": ["topology", "lcd"], "answer_column": [], "condition": {"topology": "sql", "lcd": "6.05802"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with {} topology have a largest cavity diameter of {} Å?"} +{"question": "Is the lanthanide ion Ho3+ in the Mixed Ligands chemical family characterized by a Capped trigonal prism polyhedron geometry?", "refer_dataset": "table34", "column names": ["Ln_ion", "chemical_family", "closest_polyhedron"], "condition_column": ["Ln_ion", "chemical_family", "closest_polyhedron"], "answer_column": [], "condition": {"Ln_ion": "Ho3+", "chemical_family": "Mixed Ligands", "closest_polyhedron": "Capped trigonal prism"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the lanthanide ion {} in the {} chemical family characterized by a {} polyhedron geometry?"} +{"question": "Are materials in space group R3c phonon-stable?", "refer_dataset": "table53", "column names": ["spg", "phon_dat"], "condition_column": ["spg"], "answer_column": ["phon_dat"], "condition": {"spg": "R3c"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials in space group {} phonon-stable?"} +{"question": "Do materials with a valence band maximum of 4.7106 also have a conduction band minimum of 5.1609?", "refer_dataset": "table52", "column names": ["optb88vdw_vbm", "optb88vdw_cbm"], "condition_column": ["optb88vdw_vbm", "optb88vdw_cbm"], "answer_column": [], "condition": {"optb88vdw_vbm": "4.7106", "optb88vdw_cbm": "5.1609"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a valence band maximum of {} also have a conduction band minimum of {}?"} +{"question": "Are Bi-based photocatalysts present with a specific surface area of N-BiVO4 m²/g?", "refer_dataset": "table10", "column names": ["Bi type in photocatalyst", "SBET (m2 /g)"], "condition_column": ["Bi type in photocatalyst"], "answer_column": ["SBET (m2 /g)"], "condition": {"Bi type in photocatalyst": "N-BiVO4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are Bi-based photocatalysts present with a specific surface area of {} m²/g?"} +{"question": "Does the Li phase include 2 atoms, have a final energy of -14.36159120353881, and belong to space group symbol Pm-3m?", "refer_dataset": "table59", "column names": ["formula", "natoms", "final_energy", "spacegroup_symbol"], "condition_column": ["formula", "natoms", "final_energy", "spacegroup_symbol"], "answer_column": [], "condition": {"formula": "Li", "natoms": "2", "final_energy": "-14.36159120353881", "spacegroup_symbol": "Pm-3m"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} phase include {} atoms, have a final energy of {}, and belong to space group symbol {}?"} +{"question": "Is the optical band gap from GGA calculation 1.137147 eV for materials with a Direct band gap type?", "refer_dataset": "table63", "column names": ["Band_gap_GGA_optical", "Direct_or_indirect"], "condition_column": ["Band_gap_GGA_optical", "Direct_or_indirect"], "answer_column": [], "condition": {"Band_gap_GGA_optical": "1.137147", "Direct_or_indirect": "Direct"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the optical band gap from GGA calculation {} eV for materials with a {} band gap type?"} +{"question": "Are there entries with hydrogen yields of 0,3% and C₂ yields of 17,6%?", "refer_dataset": "table27", "column names": ["H2 yield(%)", "C2 yield(%)"], "condition_column": ["H2 yield(%)", "C2 yield(%)"], "answer_column": [], "condition": {"H2 yield(%)": "0,3", "C2 yield(%)": "17,6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries with hydrogen yields of {}% and C₂ yields of {}%?"} +{"question": "Does a catalyst containing M1=V, undergoing 850.0℃, yield C2 hydrocarbons at 8.9% selectivity?", "refer_dataset": "table23", "column names": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "condition_column": ["M1", "Temp. (℃)", "C2 selectivity (%)"], "answer_column": [], "condition": {"M1": "V", "Temp. (℃)": "850.0", "C2 selectivity (%)": "8.9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst containing M1={}, undergoing {}℃, yield C2 hydrocarbons at {}% selectivity?"} +{"question": "Are substitutions B1:Sn and X:O combined with 11.0% alcohol effective for bandgap 4.4 eV?", "refer_dataset": "table4", "column names": ["B1", "X", "Alcohol%", "BandGap(eV)"], "condition_column": ["B1", "X", "Alcohol%", "BandGap(eV)"], "answer_column": [], "condition": {"B1": "Sn", "X": "O", "Alcohol%": "11.0", "BandGap(eV)": "4.4"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are substitutions B1:{} and X:{} combined with {}% alcohol effective for bandgap {} eV?"} +{"question": "Are materials with a B-site f-orbital unfilled range of 0 correlated with an energy above hull of 106.70233503?", "refer_dataset": "table37", "column names": ["Bsite_NfUnfilled_range", "EnergyAboveHull"], "condition_column": ["Bsite_NfUnfilled_range", "EnergyAboveHull"], "answer_column": [], "condition": {"Bsite_NfUnfilled_range": "0", "EnergyAboveHull": "106.70233503"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials with a B-site f-orbital unfilled range of {} correlated with an energy above hull of {}?"} +{"question": "Is M1 Li, M2 Mg, and Temperature 671°C used in any Type Literature dataset?", "refer_dataset": "table28", "column names": ["M1", "M2", "Temperature", "Type"], "condition_column": ["M1", "M2", "Temperature", "Type"], "answer_column": [], "condition": {"M1": "Li", "M2": "Mg", "Temperature": "671", "Type": "Literature"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M1 {}, M2 {}, and Temperature {}°C used in any Type {} dataset?"} +{"question": "Are the authors Morosin, B; Lynch, R W, title Structure studies on Al~2~ Ti O~5~ at room temperature and at 600C, and DOI 10.1107/S0567740872003681 all associated with the same entry?", "refer_dataset": "table38", "column names": ["authors", "title", "doi"], "condition_column": ["authors", "title", "doi"], "answer_column": [], "condition": {"authors": "Morosin, B; Lynch, R W", "title": "Structure studies on Al~2~ Ti O~5~ at room temperature and at 600C", "doi": "10.1107/S0567740872003681"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the authors {}, title {}, and DOI {} all associated with the same entry?"} +{"question": "Does reaction type methanation with catalyst 16,1%NiPt(1:3)/Al2O3 require substrates CO2,H2 under parameters {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["ReactionType", "Catalyst", "Substrates", "Reaction"], "condition_column": ["ReactionType", "Catalyst", "Substrates", "Reaction"], "answer_column": [], "condition": {"ReactionType": "methanation", "Catalyst": "16,1%NiPt(1:3)/Al2O3", "Substrates": "CO2,H2", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '1,8%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does reaction type {} with catalyst {} require substrates {} under parameters {}?"} +{"question": "Is the space group 229 (HALL: -I423) associated with lattice parameters a2.964Åb2.964Åc2.964Åα109.471°β109.471°γ109.471° and a total of 2 atoms?", "refer_dataset": "table31", "column names": ["8", "10", "12", "4"], "condition_column": ["8", "10", "12", "4"], "answer_column": [], "condition": {"8": "229", "10": "-I423", "12": "a2.964Åb2.964Åc2.964Åα109.471°β109.471°γ109.471°", "4": "2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the space group {} (HALL: {}) associated with lattice parameters {} and a total of {} atoms?"} +{"question": "Does any compound exhibit a band gap (gap pbe) exceeding 0.5765000000000002 eV combined with an energy above convex hull (e_hull) below 0.0091570339285702 eV?", "refer_dataset": "table54", "column names": ["gap pbe", "e_hull"], "condition_column": ["gap pbe", "e_hull"], "answer_column": [], "condition": {"gap pbe": "0.5765000000000002", "e_hull": "0.0091570339285702"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a band gap (gap pbe) exceeding {} eV combined with an energy above convex hull (e_hull) below {} eV?"} +{"question": "Are there any materials with a bandgap of 2.551117 eV and a net magnetic moment of 12.0 μB?", "refer_dataset": "table62", "column names": ["bandgap", "net_magmom"], "condition_column": ["bandgap", "net_magmom"], "answer_column": [], "condition": {"bandgap": "2.551117", "net_magmom": "12.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any materials with a bandgap of {} eV and a net magnetic moment of {} μB?"} +{"question": "Is the slope in CSM analysis 1.7 associated with the concentration 100.0?", "refer_dataset": "table34", "column names": ["slope_CSM", "concentration"], "condition_column": ["slope_CSM", "concentration"], "answer_column": [], "condition": {"slope_CSM": "1.7", "concentration": "100.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the slope in CSM analysis {} associated with the concentration {}?"} +{"question": "Is M1 Na, M2 Zn, and Temperature 845°C used in any Type Literature dataset?", "refer_dataset": "table28", "column names": ["M1", "M2", "Temperature", "Type"], "condition_column": ["M1", "M2", "Temperature", "Type"], "answer_column": [], "condition": {"M1": "Na", "M2": "Zn", "Temperature": "845", "Type": "Literature"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M1 {}, M2 {}, and Temperature {}°C used in any Type {} dataset?"} +{"question": "Is the total energy for mat_id agm003157159 corrected to -98.0167 eV?", "refer_dataset": "table44", "column names": ["mat_id", "energy_corrected"], "condition_column": ["mat_id", "energy_corrected"], "answer_column": [], "condition": {"mat_id": "agm003157159", "energy_corrected": "-98.0167"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total energy for mat_id {} corrected to {} eV?"} +{"question": "Does source mp-23229 include a material featuring exfoliation energy per atom below 0.08483058333333338 and bandgap above 1.1619?", "refer_dataset": "table67", "column names": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "condition_column": ["source_id", "exfoliation_energy_per_atom", "bandgap"], "answer_column": [], "condition": {"source_id": "mp-23229", "exfoliation_energy_per_atom": "0.08483058333333338", "bandgap": "1.1619"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does source {} include a material featuring exfoliation energy per atom below {} and bandgap above {}?"} +{"question": "Does the article indexed on 2014-12-18 00:00:00 use the electrochemical corrosion method?", "refer_dataset": "table13", "column names": ["Indexed_Date", "Judge_Electrochemical_Corrosion"], "condition_column": ["Indexed_Date"], "answer_column": ["Judge_Electrochemical_Corrosion"], "condition": {"Indexed_Date": "2014-12-18 00:00:00"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the article indexed on {} use the electrochemical corrosion method?"} +{"question": "Is there a material with a HSE band gap of 2.884742 eV and GGA band gap of 1.539445 eV?", "refer_dataset": "table63", "column names": ["Band_gap_HSE", "Band_gap_GGA"], "condition_column": ["Band_gap_HSE", "Band_gap_GGA"], "answer_column": [], "condition": {"Band_gap_HSE": "2.884742", "Band_gap_GGA": "1.539445"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a HSE band gap of {} eV and GGA band gap of {} eV?"} +{"question": "Is there a γ' size of 0.89 nm in alloys with 0.0% Ta?", "refer_dataset": "table39", "column names": ["γ＇相尺寸 (nm)", "Ta"], "condition_column": ["γ＇相尺寸 (nm)", "Ta"], "answer_column": [], "condition": {"γ＇相尺寸 (nm)": "0.89", "Ta": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a γ' size of {} nm in alloys with {}% Ta?"} +{"question": "Are catalysts using M1=Mn, M2=K, and support BN achieving C2 selectivity over 36.39%?", "refer_dataset": "table17", "column names": ["M1", "M2", "Support", "C2s"], "condition_column": ["M1", "M2", "Support", "C2s"], "answer_column": [], "condition": {"M1": "Mn", "M2": "K", "Support": "BN", "C2s": "36.39"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts using M1={}, M2={}, and support {} achieving C2 selectivity over {}%?"} +{"question": "Is a F222 material with DFT functional OptB88vdW reported to have spillage value na?", "refer_dataset": "table47", "column names": ["spg_symbol", "func", "spillage"], "condition_column": ["spg_symbol", "func", "spillage"], "answer_column": [], "condition": {"spg_symbol": "F222", "func": "OptB88vdW", "spillage": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a {} material with DFT functional {} reported to have spillage value {}?"} +{"question": "Do molar ratios A:0.191 and A1:0.005 in S material yield a catalyst weight of 1.0 g/L?", "refer_dataset": "table4", "column names": ["A mole", "A1 mole", "X", "CatW(g/L)"], "condition_column": ["A mole", "A1 mole", "X", "CatW(g/L)"], "answer_column": [], "condition": {"A mole": "0.191", "A1 mole": "0.005", "X": "S", "CatW(g/L)": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molar ratios A:{} and A1:{} in {} material yield a catalyst weight of {} g/L?"} +{"question": "A material with bandgap 1.1619, exfoliation energy per atom na, and stability energy -4.093124536666667 exists.", "refer_dataset": "table67", "column names": ["bandgap", "exfoliation_energy_per_atom", "energy_per_atom"], "condition_column": ["bandgap", "exfoliation_energy_per_atom", "energy_per_atom"], "answer_column": [], "condition": {"bandgap": "1.1619", "exfoliation_energy_per_atom": "na", "energy_per_atom": "-4.093124536666667"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material with bandgap {}, exfoliation energy per atom {}, and stability energy {} exists."} +{"question": "Do materials with a GGA band gap of 1.056981 eV always exclude spin-orbit coupling?", "refer_dataset": "table63", "column names": ["Band_gap_GGA", "SOC"], "condition_column": ["Band_gap_GGA"], "answer_column": ["SOC"], "condition": {"Band_gap_GGA": "1.056981"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with a GGA band gap of {} eV always exclude spin-orbit coupling?"} +{"question": "Does material composition BaCeO3 correspond to a bandgap energy (Eg) of 3.1 eV?", "refer_dataset": "table2", "column names": ["Materials", "Eg(eV)"], "condition_column": ["Materials", "Eg(eV)"], "answer_column": [], "condition": {"Materials": "BaCeO3", "Eg(eV)": "3.1"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material composition {} correspond to a bandgap energy (Eg) of {} eV?"} +{"question": "Does any compound have a formation energy (e_form) below 0.1074050600000005 eV and an energy above convex hull (e_hull) under 0.1074050600000005 eV?", "refer_dataset": "table54", "column names": ["e_form", "e_hull"], "condition_column": ["e_form", "e_hull"], "answer_column": [], "condition": {"e_form": "0.1074050600000005", "e_hull": "0.1074050600000005"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound have a formation energy (e_form) below {} eV and an energy above convex hull (e_hull) under {} eV?"} +{"question": "Is the total product yield 0.274 mmol/g achieved under 1.0 atm pressure?", "refer_dataset": "table7", "column names": ["total", "Rxn_Pressure"], "condition_column": ["total", "Rxn_Pressure"], "answer_column": [], "condition": {"total": "0.274", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the total product yield {} mmol/g achieved under {} atm pressure?"} +{"question": "Is a resource type of STD associated with 2,4% oxygen conversion?", "refer_dataset": "table27", "column names": ["Resource", "O2 Conv(%)"], "condition_column": ["Resource", "O2 Conv(%)"], "answer_column": [], "condition": {"Resource": "STD", "O2 Conv(%)": "2,4"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a resource type of {} associated with {}% oxygen conversion?"} +{"question": "Molecular formula BaTiO3 uses light intensity Xe lamp(300W),simulated sunlight W, co-catalyst Pt(0.4 wt％), and dose 1.1 g L⁻¹ for peak RH2.", "refer_dataset": "table1", "column names": ["Molecular formula", "Light intensity(W)", "Co-catalyst", "Photocatalyst dose(g L-1)"], "condition_column": ["Molecular formula", "Light intensity(W)", "Co-catalyst", "Photocatalyst dose(g L-1)"], "answer_column": [], "condition": {"Molecular formula": "BaTiO3", "Light intensity(W)": "Xe lamp(300W),simulated sunlight", "Co-catalyst": "Pt(0.4 wt％)", "Photocatalyst dose(g L-1)": "1.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Molecular formula {} uses light intensity {} W, co-catalyst {}, and dose {} g L⁻¹ for peak RH2."} +{"question": "Is the energy difference (delta e) of -0.0561393731465509 eV associated with a band gap larger than 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_band_gap"], "condition_column": ["_oqmd_delta_e", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_delta_e": "-0.0561393731465509", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy difference (delta e) of {} eV associated with a band gap larger than {} eV?"} +{"question": "Is the conduction band edge − 0.66 V linked to a bandgap energy of 2.9 eV?", "refer_dataset": "table10", "column names": ["CB edge(V)", "Eg(eV)"], "condition_column": ["CB edge(V)", "Eg(eV)"], "answer_column": [], "condition": {"CB edge(V)": "− 0.66", "Eg(eV)": "2.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the conduction band edge {} V linked to a bandgap energy of {} eV?"} +{"question": "Is there a material where tolerance factor (t) is 0.93 and density of element A (ρa) is 1.41 g/cm³?", "refer_dataset": "table2", "column names": ["t", "ρa"], "condition_column": ["t", "ρa"], "answer_column": [], "condition": {"t": "0.93", "ρa": "1.41"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where tolerance factor (t) is {} and density of element A (ρa) is {} g/cm³?"} +{"question": "Is there a material with the chemical formula Zn4C104H76N12O20 and a total energy of -942.09763298 eV?", "refer_dataset": "table62", "column names": ["formula", "energy_total"], "condition_column": ["formula", "energy_total"], "answer_column": [], "condition": {"formula": "Zn4C104H76N12O20", "energy_total": "-942.09763298"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with the chemical formula {} and a total energy of {} eV?"} +{"question": "Are there structures with LCD 2.47551 Å, PLD 1.14158 Å, and bandgap 1.810322 eV in the CSD dataset?", "refer_dataset": "table62", "column names": ["lcd", "pld", "bandgap", "source"], "condition_column": ["lcd", "pld", "bandgap", "source"], "answer_column": [], "condition": {"lcd": "2.47551", "pld": "1.14158", "bandgap": "1.810322", "source": "CSD"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there structures with LCD {} Å, PLD {} Å, and bandgap {} eV in the {} dataset?"} +{"question": "Do materials with ICSD number 74969 exhibit spin-orbit coupling alongside a 3.055806 HSE band gap and 122 space group?", "refer_dataset": "table63", "column names": ["ICSD_number", "Band_gap_HSE", "Space_group_rlx", "SOC"], "condition_column": ["ICSD_number", "Band_gap_HSE", "Space_group_rlx"], "answer_column": ["SOC"], "condition": {"ICSD_number": "74969", "Band_gap_HSE": "3.055806", "Space_group_rlx": "122"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with ICSD number {} exhibit spin-orbit coupling alongside a {} HSE band gap and {} space group?"} +{"question": "Does material composition Ba1Sr7V8O24 include Ba as the primary A site, V as the primary B site, and oxygen as the anion?", "refer_dataset": "table35", "column names": ["Material Composition", "A site #1", "B site #1", "X site"], "condition_column": ["Material Composition", "A site #1", "B site #1"], "answer_column": ["X site"], "condition": {"Material Composition": "Ba1Sr7V8O24", "A site #1": "Ba", "B site #1": "V"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material composition {} include {} as the primary A site, {} as the primary B site, and oxygen as the anion?"} +{"question": "Under reaction conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}, is the catalyst 6%NiPt(99:1)/Al2O3 used with substrates CO2,H2 to produce CH4?", "refer_dataset": "table30", "column names": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "condition_column": ["Reaction", "Catalyst", "Substrates", "Mainproduct"], "answer_column": [], "condition": {"Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}", "Catalyst": "6%NiPt(99:1)/Al2O3", "Substrates": "CO2,H2", "Mainproduct": "CH4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under reaction conditions {}, is the catalyst {} used with substrates {} to produce {}?"} +{"question": "Is the combination of 900°C, CH4/O2 ratio 4 mol/mol, and total flow 10 mL/min linked to a C2 yield of 0.53198504%?", "refer_dataset": "table21", "column names": ["Temp. (°C)", "CH4/O2 (mol/mol)", "Total flow(mL/min)", "C2 yield (%)"], "condition_column": ["Temp. (°C)", "CH4/O2 (mol/mol)", "Total flow(mL/min)", "C2 yield (%)"], "answer_column": [], "condition": {"Temp. (°C)": "900", "CH4/O2 (mol/mol)": "4", "Total flow(mL/min)": "10", "C2 yield (%)": "0.53198504"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of {}°C, CH4/O2 ratio {} mol/mol, and total flow {} mL/min linked to a C2 yield of {}%?"} +{"question": "Does a d-block element with a van der Waals radius of 0 Å exhibit a boiling point of 0.77 K and a 2nd ionization potential of 5100 V?", "refer_dataset": "table36", "column names": ["IsDBlock", "covalent radius", "BP (K)", "Second Ionization Potential (V)"], "condition_column": ["IsDBlock", "covalent radius", "BP (K)"], "answer_column": ["Second Ionization Potential (V)"], "condition": {"IsDBlock": "0", "covalent radius": "0.77", "BP (K)": "5100"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a d-block element with a van der Waals radius of {} Å exhibit a boiling point of {} K and a 2nd ionization potential of {} V?"} +{"question": "Material ID 2dm-7 from source mvc-14047 is reported to have an exfoliation energy per atom of 0.07163021333333308.", "refer_dataset": "table67", "column names": ["material_id", "source_id", "exfoliation_energy_per_atom"], "condition_column": ["material_id", "source_id", "exfoliation_energy_per_atom"], "answer_column": [], "condition": {"material_id": "2dm-7", "source_id": "mvc-14047", "exfoliation_energy_per_atom": "0.07163021333333308"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material ID {} from source {} is reported to have an exfoliation energy per atom of {}."} +{"question": "Does a primary cation concentration of 30% correlate with oxygen conversion of 24.3%?", "refer_dataset": "table19", "column names": ["Cation1Amount", "O2 conv"], "condition_column": ["Cation1Amount", "O2 conv"], "answer_column": [], "condition": {"Cation1Amount": "30", "O2 conv": "24.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a primary cation concentration of {}% correlate with oxygen conversion of {}%?"} +{"question": "Are there materials with Composition MoMn and CH3Ead less than -1.1368903705?", "refer_dataset": "table24", "column names": ["Composition", "CH3Ead"], "condition_column": ["Composition", "CH3Ead"], "answer_column": [], "condition": {"Composition": "MoMn", "CH3Ead": "-1.1368903705"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with Composition {} and CH3Ead less than {}?"} +{"question": "Does higher CO selectivity than 91.94% always correspond to CO2 yields below 1.95%?", "refer_dataset": "table17", "column names": ["COs", "CO2y"], "condition_column": ["COs", "CO2y"], "answer_column": [], "condition": {"COs": "91.94", "CO2y": "1.95"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does higher CO selectivity than {}% always correspond to CO2 yields below {}%?"} +{"question": "Is there adsorbed carbon (C*) with identifier 3 on -111 surfaces paired with activation energy 0.115 eV?", "refer_dataset": "table18", "column names": ["b_key", "surfaces", "activation_energy"], "condition_column": ["b_key", "surfaces", "activation_energy"], "answer_column": [], "condition": {"b_key": "3", "surfaces": "-111", "activation_energy": "0.115"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there adsorbed carbon (C*) with identifier {} on {} surfaces paired with activation energy {} eV?"} +{"question": "Is the zero-point vibrational energy 0.4517362117767334 present with a Gibbs free energy (G) of -12.520094871520996?", "refer_dataset": "table60", "column names": ["zpve", "G"], "condition_column": ["zpve", "G"], "answer_column": [], "condition": {"zpve": "0.4517362117767334", "G": "-12.520094871520996"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the zero-point vibrational energy {} present with a Gibbs free energy (G) of {}?"} +{"question": "Is the compound named 3 (species H2OCH3OH) characterized by HOMO and LUMO energies of -0.26909 eV and -0.08595 eV?", "refer_dataset": "table46", "column names": ["name", "species", "homo", "lumo"], "condition_column": ["name", "species", "homo", "lumo"], "answer_column": [], "condition": {"name": "3", "species": "H2OCH3OH", "homo": "-0.26909", "lumo": "-0.08595"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the compound named {} (species {}) characterized by HOMO and LUMO energies of {} eV and {} eV?"} +{"question": "Does the support material Mg exist with a C2y below 11.5%?", "refer_dataset": "table28", "column names": ["Support", "C2y"], "condition_column": ["Support", "C2y"], "answer_column": [], "condition": {"Support": "Mg", "C2y": "11.5"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the support material {} exist with a C2y below {}%?"} +{"question": "The compound Mg(ScSe2)2 has a bulk modulus of 57.0 GPa, a shear modulus of 20.0 GPa, and an elastic anisotropy of 0.95.", "refer_dataset": "table54", "column names": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "condition_column": ["formula", "bulk modulus", "shear modulus", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "Mg(ScSe2)2", "bulk modulus": "57.0", "shear modulus": "20.0", "elastic anisotropy": "0.95"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "The compound {} has a bulk modulus of {} GPa, a shear modulus of {} GPa, and an elastic anisotropy of {}."} +{"question": "Is there a crystal with lattice parameters a = 5.3126, b = 11.8458, and c = 6.4284 in the same entry?", "refer_dataset": "table38", "column names": ["a", "b", "c"], "condition_column": ["a", "b", "c"], "answer_column": [], "condition": {"a": "5.3126", "b": "11.8458", "c": "6.4284"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a crystal with lattice parameters a = {}, b = {}, and c = {} in the same entry?"} +{"question": "Are there materials with a Log_fom of 4.93 and a tolerance factor of 0.938?", "refer_dataset": "table49", "column names": ["Log_fom", "Tol"], "condition_column": ["Log_fom", "Tol"], "answer_column": [], "condition": {"Log_fom": "4.93", "Tol": "0.938"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a Log_fom of {} and a tolerance factor of {}?"} +{"question": "Does the InChI identifier InChI=1S/CH4Se/c1-2/h2H,1H3 correspond to a LUMO energy of 0.01314 eV?", "refer_dataset": "table46", "column names": ["inchi", "lumo"], "condition_column": ["inchi", "lumo"], "answer_column": [], "condition": {"inchi": "InChI=1S/CH4Se/c1-2/h2H,1H3", "lumo": "0.01314"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the InChI identifier {} correspond to a LUMO energy of {} eV?"} +{"question": "Can entry 472977.0 have thermodynamic stability of 0.278266617454982 alongside a band gap of 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_entry_id", "_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_entry_id": "472977.0", "_oqmd_stability": "0.278266617454982", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can entry {} have thermodynamic stability of {} alongside a band gap of {} eV?"} +{"question": "At 600°C, does a CH4/O2 ratio of 2.0 correspond to a C2 yield of 13.2%?", "refer_dataset": "table25", "column names": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "condition_column": ["Temp (oC)", "CH4/O2 ratio", "C2 yield (%)"], "answer_column": [], "condition": {"Temp (oC)": "600", "CH4/O2 ratio": "2.0", "C2 yield (%)": "13.2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}°C, does a CH4/O2 ratio of {} correspond to a C2 yield of {}%?"} +{"question": "Is there a material with Fermi energy level at 1.76310067 and a surface valence band maximum of 1.728?", "refer_dataset": "table66", "column names": ["efermi", "surf_vbm"], "condition_column": ["efermi", "surf_vbm"], "answer_column": [], "condition": {"efermi": "1.76310067", "surf_vbm": "1.728"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with Fermi energy level at {} and a surface valence band maximum of {}?"} +{"question": "At CH4/O₂ ratio 3 and H₂O weight none g, is CH4 conversion 19,8% and C missing 1,8%?", "refer_dataset": "table27", "column names": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "condition_column": ["CH4/O2 ratio", "H2O(g)", "CH4 Conv(%)", "C missing(%)"], "answer_column": [], "condition": {"CH4/O2 ratio": "3", "H2O(g)": "none", "CH4 Conv(%)": "19,8", "C missing(%)": "1,8"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At CH4/O₂ ratio {} and H₂O weight {} g, is CH4 conversion {}% and C missing {}%?"} +{"question": "Is the maximum CO₂ adsorption capacity of 2.87034 accompanied by a pore limiting diameter of 19.25 Å and volumetric surface area of 1444.8 m²/cm³?", "refer_dataset": "table50", "column names": ["max_co2_adsp", "pld", "surface_area_m2cm3"], "condition_column": ["max_co2_adsp", "pld", "surface_area_m2cm3"], "answer_column": [], "condition": {"max_co2_adsp": "2.87034", "pld": "19.25", "surface_area_m2cm3": "1444.8"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the maximum CO₂ adsorption capacity of {} accompanied by a pore limiting diameter of {} Å and volumetric surface area of {} m²/cm³?"} +{"question": "Is the combination of 900°C, CH4/O2 ratio 4 mol/mol, and total flow 15 mL/min linked to a C2 yield of 2.297724502%?", "refer_dataset": "table21", "column names": ["Temp. (°C)", "CH4/O2 (mol/mol)", "Total flow(mL/min)", "C2 yield (%)"], "condition_column": ["Temp. (°C)", "CH4/O2 (mol/mol)", "Total flow(mL/min)", "C2 yield (%)"], "answer_column": [], "condition": {"Temp. (°C)": "900", "CH4/O2 (mol/mol)": "4", "Total flow(mL/min)": "15", "C2 yield (%)": "2.297724502"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of {}°C, CH4/O2 ratio {} mol/mol, and total flow {} mL/min linked to a C2 yield of {}%?"} +{"question": "Is the formation energy per atom of the Li phase 0.0607?", "refer_dataset": "table59", "column names": ["formula", "f_enp"], "condition_column": ["formula", "f_enp"], "answer_column": [], "condition": {"formula": "Li", "f_enp": "0.0607"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy per atom of the {} phase {}?"} +{"question": "Do structures with 4 atoms have an energy per atom of -1182.1867?", "refer_dataset": "table59", "column names": ["natoms", "energy_per_atom"], "condition_column": ["natoms", "energy_per_atom"], "answer_column": [], "condition": {"natoms": "4", "energy_per_atom": "-1182.1867"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do structures with {} atoms have an energy per atom of {}?"} +{"question": "Does a bandgap (gap pbe) of 0.0064000000000001 indicate magnetic inactivity (mu_b = 0) in stable materials (e_hull < 0.0)?", "refer_dataset": "table56", "column names": ["gap pbe", "mu_b", "e_hull"], "condition_column": ["gap pbe", "mu_b"], "answer_column": ["e_hull"], "condition": {"gap pbe": "0.0064000000000001", "mu_b": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a bandgap (gap pbe) of {} indicate magnetic inactivity (mu_b = 0) in stable materials (e_hull < {})?"} +{"question": "If the valence band maximum is 3.4696 and the conduction band minimum is 8.6359, is the band alignment offset -0.5775227899807884?", "refer_dataset": "table52", "column names": ["optb88vdw_vbm", "optb88vdw_cbm", "offset"], "condition_column": ["optb88vdw_vbm", "optb88vdw_cbm", "offset"], "answer_column": [], "condition": {"optb88vdw_vbm": "3.4696", "optb88vdw_cbm": "8.6359", "offset": "-0.5775227899807884"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the valence band maximum is {} and the conduction band minimum is {}, is the band alignment offset {}?"} +{"question": "Does calcination at 453.0 K for 10.0 hours yield a bandgap energy of 3.25 eV?", "refer_dataset": "table1", "column names": ["Calcination temperature(K)", "Calcination time(h)", "Eg(eV)"], "condition_column": ["Calcination temperature(K)", "Calcination time(h)", "Eg(eV)"], "answer_column": [], "condition": {"Calcination temperature(K)": "453.0", "Calcination time(h)": "10.0", "Eg(eV)": "3.25"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does calcination at {} K for {} hours yield a bandgap energy of {} eV?"} +{"question": "Does any material with pts topology have a largest cavity diameter of 6.31984 Å?", "refer_dataset": "table62", "column names": ["topology", "lcd"], "condition_column": ["topology", "lcd"], "answer_column": [], "condition": {"topology": "pts", "lcd": "6.31984"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with {} topology have a largest cavity diameter of {} Å?"} +{"question": "Is the CH4Ead 1.1576423282 achieved with Composition BeO and Base Be?", "refer_dataset": "table24", "column names": ["CH4Ead", "Composition", "Base"], "condition_column": ["CH4Ead", "Composition", "Base"], "answer_column": [], "condition": {"CH4Ead": "1.1576423282", "Composition": "BeO", "Base": "Be"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CH4Ead {} achieved with Composition {} and Base {}?"} +{"question": "Does InChI identifier InChI=1S/CH4O3/c2-1-4-5-3/h1,3-4H correspond to a HOMO energy of -0.28615 eV?", "refer_dataset": "table46", "column names": ["inchi", "homo"], "condition_column": ["inchi", "homo"], "answer_column": [], "condition": {"inchi": "InChI=1S/CH4O3/c2-1-4-5-3/h1,3-4H", "homo": "-0.28615"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does InChI identifier {} correspond to a HOMO energy of {} eV?"} +{"question": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of 0.053 and Scharber PCE of 5.7151885769?", "refer_dataset": "table51", "column names": ["bp86_gap", "bp86_scharber_pce"], "condition_column": ["bp86_gap", "bp86_scharber_pce"], "answer_column": [], "condition": {"bp86_gap": "0.053", "bp86_scharber_pce": "5.7151885769"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an entry where BP86 method predicts a HOMO-LUMO gap of {} and Scharber PCE of {}?"} +{"question": "Is the synthesized compound Co4C48H32N8O16 from CSD validated to have a pore limiting diameter (PLD) of 2.36128 Å?", "refer_dataset": "table62", "column names": ["formula", "source", "pld"], "condition_column": ["formula", "source", "pld"], "answer_column": [], "condition": {"formula": "Co4C48H32N8O16", "source": "CSD", "pld": "2.36128"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the synthesized compound {} from {} validated to have a pore limiting diameter (PLD) of {} Å?"} +{"question": "Does a light wavelength of 463 nm require an illumination time of 240 minutes for effective degradation?", "refer_dataset": "table8", "column names": ["Light wavelength(nm)", "Illumination time(min)"], "condition_column": ["Light wavelength(nm)", "Illumination time(min)"], "answer_column": [], "condition": {"Light wavelength(nm)": "463", "Illumination time(min)": "240"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a light wavelength of {} nm require an illumination time of {} minutes for effective degradation?"} +{"question": "Is there an alloy with 81.0% Co solution-treated at 1260.0°C?", "refer_dataset": "table39", "column names": ["Co", "固溶温度T (℃)"], "condition_column": ["Co", "固溶温度T (℃)"], "answer_column": [], "condition": {"Co": "81.0", "固溶温度T (℃)": "1260.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an alloy with {}% Co solution-treated at {}°C?"} +{"question": "Does preparation method 3 applied to compound LaMg0.6Fe0.4O3 produce a desorption temperature of 100°C and a reference number [29]?", "refer_dataset": "table11", "column names": ["PM", "Molecular formulas", "DT (℃)", "Ref."], "condition_column": ["PM", "Molecular formulas", "DT (℃)", "Ref."], "answer_column": [], "condition": {"PM": "3", "Molecular formulas": "LaMg0.6Fe0.4O3", "DT (℃)": "100", "Ref.": "[29]"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does preparation method {} applied to compound {} produce a desorption temperature of {}°C and a reference number {}?"} +{"question": "Are there compositions with Composition BeBe and Dope I having CH3Ead -1.1368903705?", "refer_dataset": "table24", "column names": ["Composition", "Dope", "CH3Ead"], "condition_column": ["Composition", "Dope", "CH3Ead"], "answer_column": [], "condition": {"Composition": "BeBe", "Dope": "I", "CH3Ead": "-1.1368903705"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there compositions with Composition {} and Dope {} having CH3Ead {}?"} +{"question": "Is there a catalyst with support material MgO having a C₂ selectivity of 4.1%?", "refer_dataset": "table23", "column names": ["Support", "C2 selectivity (%)"], "condition_column": ["Support", "C2 selectivity (%)"], "answer_column": [], "condition": {"Support": "MgO", "C2 selectivity (%)": "4.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with support material {} having a C₂ selectivity of {}%?"} +{"question": "In job ID JVASP-14604, is the chemical potential of element Se measured as 0.32495403?", "refer_dataset": "table68", "column names": ["jid", "symbol", "chem_pot"], "condition_column": ["jid", "symbol", "chem_pot"], "answer_column": [], "condition": {"jid": "JVASP-14604", "symbol": "Se", "chem_pot": "0.32495403"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In job ID {}, is the chemical potential of element {} measured as {}?"} +{"question": "Is a CH4Ead value of 1.1576423282 observed for dopant O?", "refer_dataset": "table24", "column names": ["CH4Ead", "Dope"], "condition_column": ["CH4Ead", "Dope"], "answer_column": [], "condition": {"CH4Ead": "1.1576423282", "Dope": "O"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a CH4Ead value of {} observed for dopant {}?"} +{"question": "At a temperature of 700.0℃, is the methane conversion rate 24.7%?", "refer_dataset": "table23", "column names": ["Temp. (℃)", "CH4 conversion (%)"], "condition_column": ["Temp. (℃)", "CH4 conversion (%)"], "answer_column": [], "condition": {"Temp. (℃)": "700.0", "CH4 conversion (%)": "24.7"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a temperature of {}℃, is the methane conversion rate {}%?"} +{"question": "Is a Bicarbonate ion concentration of 36 mM paired with a stirring speed of 770 rpm?", "refer_dataset": "table42", "column names": ["HCO3 ion, mM", "Stirring, rpm"], "condition_column": ["HCO3 ion, mM", "Stirring, rpm"], "answer_column": [], "condition": {"HCO3 ion, mM": "36", "Stirring, rpm": "770"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a Bicarbonate ion concentration of {} mM paired with a stirring speed of {} rpm?"} +{"question": "Does any catalyst with M2 molar ratio 0.37, M3=W, and support ID 4 produce <1.98% CO2?", "refer_dataset": "table17", "column names": ["M2_mol", "M3", "Support_ID", "CO2y"], "condition_column": ["M2_mol", "M3", "Support_ID", "CO2y"], "answer_column": [], "condition": {"M2_mol": "0.37", "M3": "W", "Support_ID": "4", "CO2y": "1.98"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any catalyst with M2 molar ratio {}, M3={}, and support ID {} produce <{}% CO2?"} +{"question": "Does material ID 2dm-8 have an exfoliation energy per atom over 0.06714894666666638?", "refer_dataset": "table67", "column names": ["material_id", "exfoliation_energy_per_atom"], "condition_column": ["material_id", "exfoliation_energy_per_atom"], "answer_column": [], "condition": {"material_id": "2dm-8", "exfoliation_energy_per_atom": "0.06714894666666638"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material ID {} have an exfoliation energy per atom over {}?"} +{"question": "Do elements in period 2 have an atomic weight of 9.01218?", "refer_dataset": "table36", "column names": ["Period", "at. wt."], "condition_column": ["Period", "at. wt."], "answer_column": [], "condition": {"Period": "2", "at. wt.": "9.01218"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements in period {} have an atomic weight of {}?"} +{"question": "Is there a Hexagonal lattice system compound in database OQMD with volume 29.95650Å3 cubic angstroms and HM symbol P63/mmc?", "refer_dataset": "table31", "column names": ["11", "7", "5", "9"], "condition_column": ["11", "7", "5", "9"], "answer_column": [], "condition": {"11": "Hexagonal", "7": "OQMD", "5": "29.95650Å3", "9": "P63/mmc"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a {} lattice system compound in database {} with volume {} cubic angstroms and HM symbol {}?"} +{"question": "Are authors Sergei Ovchinnikov listed for the paper titled \"Partial cubes: structures, characterizations, and constructions\" last updated on 2007-05-23?", "refer_dataset": "table45", "column names": ["authors", "title", "update_date"], "condition_column": ["authors", "title", "update_date"], "answer_column": [], "condition": {"authors": "Sergei Ovchinnikov", "title": "Partial cubes: structures, characterizations, and constructions", "update_date": "2007-05-23"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are authors {} listed for the paper titled \"{}\" last updated on {}?"} +{"question": "Do molar ratios A:0.191 and A1:0.003 in S material yield a catalyst weight of 1.0 g/L?", "refer_dataset": "table4", "column names": ["A mole", "A1 mole", "X", "CatW(g/L)"], "condition_column": ["A mole", "A1 mole", "X", "CatW(g/L)"], "answer_column": [], "condition": {"A mole": "0.191", "A1 mole": "0.003", "X": "S", "CatW(g/L)": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molar ratios A:{} and A1:{} in {} material yield a catalyst weight of {} g/L?"} +{"question": "Is a band gap of 0.0 eV, combined with delta e of 0.0978438718534491 eV, predictive of stability = 0.139558475603449?", "refer_dataset": "table57", "column names": ["_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.0978438718534491", "_oqmd_stability": "0.139558475603449"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a band gap of {} eV, combined with delta e of {} eV, predictive of stability = {}?"} +{"question": "At a temperature of 800.0℃, is the methane conversion rate 35.9%?", "refer_dataset": "table23", "column names": ["Temp. (℃)", "CH4 conversion (%)"], "condition_column": ["Temp. (℃)", "CH4 conversion (%)"], "answer_column": [], "condition": {"Temp. (℃)": "800.0", "CH4 conversion (%)": "35.9"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a temperature of {}℃, is the methane conversion rate {}%?"} +{"question": "Is the formation energy of 0.92701 associated with a vacancy formation factor of ['Cu,4,1.276']?", "refer_dataset": "table68", "column names": ["ef", "ff_vac"], "condition_column": ["ef", "ff_vac"], "answer_column": [], "condition": {"ef": "0.92701", "ff_vac": "['Cu,4,1.276']"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation energy of {} associated with a vacancy formation factor of {}?"} +{"question": "Does the material with ID 473786.0 have a band gap of 0.0 eV despite a delta e of 0.0281417668534489 eV?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_delta_e"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_delta_e"], "answer_column": [], "condition": {"_oqmd_entry_id": "473786.0", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.0281417668534489"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a band gap of {} eV despite a delta e of {} eV?"} +{"question": "Is species H2OCH3OCH3 associated with a HOMO of -0.26658 eV and lattice matrix {'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[1.441823, -0.51728, 0.111421], [2.392847, -0.301574, 0.138599], [-0.418679, -0.147264, -0.214453], [-0.467936, 1.250327, 0.027171], [-1.639233, -0.803242, 0.069376], [2.680847, -0.447663, -0.774382], [-0.774979, 1.466691, 1.061679], [0.544744, 1.625142, -0.131086], [-1.167888, 1.747814, -0.660918], [-1.492688, -1.865588, -0.140662], [-1.927403, -0.680225, 1.124824], [-2.454784, -0.420691, -0.563328]], 'elements': ['H', 'O', 'O', 'C', 'C', 'H', 'H', 'H', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '', '', '', '', '', '', '']}?", "refer_dataset": "table46", "column names": ["species", "homo", "atoms"], "condition_column": ["species", "homo", "atoms"], "answer_column": [], "condition": {"species": "H2OCH3OCH3", "homo": "-0.26658", "atoms": "{'lattice_mat': [[15, 0, 0], [0, 15, 0], [0, 0, 15]], 'coords': [[1.441823, -0.51728, 0.111421], [2.392847, -0.301574, 0.138599], [-0.418679, -0.147264, -0.214453], [-0.467936, 1.250327, 0.027171], [-1.639233, -0.803242, 0.069376], [2.680847, -0.447663, -0.774382], [-0.774979, 1.466691, 1.061679], [0.544744, 1.625142, -0.131086], [-1.167888, 1.747814, -0.660918], [-1.492688, -1.865588, -0.140662], [-1.927403, -0.680225, 1.124824], [-2.454784, -0.420691, -0.563328]], 'elements': ['H', 'O', 'O', 'C', 'C', 'H', 'H', 'H', 'H', 'H', 'H', 'H'], 'abc': [15.0, 15.0, 15.0], 'angles': [90.0, 90.0, 90.0], 'cartesian': True, 'props': ['', '', '', '', '', '', '', '', '', '', '', '']}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is species {} associated with a HOMO of {} eV and lattice matrix {}?"} +{"question": "Are there materials where Composition BeN achieves ReactionE -4.456521466?", "refer_dataset": "table24", "column names": ["Composition", "ReactionE"], "condition_column": ["Composition", "ReactionE"], "answer_column": [], "condition": {"Composition": "BeN", "ReactionE": "-4.456521466"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials where Composition {} achieves ReactionE {}?"} +{"question": "Is there a material from the CSD database with a pore limiting diameter (PLD) exceeding 0.39926 Å?", "refer_dataset": "table62", "column names": ["source", "pld"], "condition_column": ["source", "pld"], "answer_column": [], "condition": {"source": "CSD", "pld": "0.39926"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material from the {} database with a pore limiting diameter (PLD) exceeding {} Å?"} +{"question": "Is there a material with a dipole moment of 0.7156000137329102 and a polarizability of 28.780000686645508?", "refer_dataset": "table60", "column names": ["mu", "alpha"], "condition_column": ["mu", "alpha"], "answer_column": [], "condition": {"mu": "0.7156000137329102", "alpha": "28.780000686645508"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a dipole moment of {} and a polarizability of {}?"} +{"question": "Does any entry combine PBE0 Scharber voltage of 0.8150655155 with BP86 Scharber current density of 232.178091878 and B3LYP gap of 0.088?", "refer_dataset": "table51", "column names": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "condition_column": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "answer_column": [], "condition": {"pbe0_scharber_voc": "0.8150655155", "bp86_scharber_jsc": "232.178091878", "b3lyp_gap": "0.088"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any entry combine PBE0 Scharber voltage of {} with BP86 Scharber current density of {} and B3LYP gap of {}?"} +{"question": "Does any compound exhibit a Goldschmidt tolerance factor of 0.918647821674, octahedral ionic ratio of 0.392857142857, and Shannon radii of 1.61 at the A-site?", "refer_dataset": "table37", "column names": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "condition_column": ["goldschmidt_TF", "octahedral_factor_ionic", "shannon_radii_host_Asite0"], "answer_column": [], "condition": {"goldschmidt_TF": "0.918647821674", "octahedral_factor_ionic": "0.392857142857", "shannon_radii_host_Asite0": "1.61"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any compound exhibit a Goldschmidt tolerance factor of {}, octahedral ionic ratio of {}, and Shannon radii of {} at the A-site?"} +{"question": "Does the molecular formula La0.925Sr0.075Fe0.925Ti0.075O3 have a hydrogen production rate of 554.7 µmol h⁻¹ g⁻¹?", "refer_dataset": "table1", "column names": ["Molecular formula", "RH2(µmol h-1 g-1)"], "condition_column": ["Molecular formula", "RH2(µmol h-1 g-1)"], "answer_column": [], "condition": {"Molecular formula": "La0.925Sr0.075Fe0.925Ti0.075O3", "RH2(µmol h-1 g-1)": "554.7"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the molecular formula {} have a hydrogen production rate of {} µmol h⁻¹ g⁻¹?"} +{"question": "Is the conduction band edge − 1.1 V linked to a bandgap energy of 2.9 eV?", "refer_dataset": "table10", "column names": ["CB edge(V)", "Eg(eV)"], "condition_column": ["CB edge(V)", "Eg(eV)"], "answer_column": [], "condition": {"CB edge(V)": "− 1.1", "Eg(eV)": "2.9"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the conduction band edge {} V linked to a bandgap energy of {} eV?"} +{"question": "Do molecules with OSDA axis 1 (4.870308960443124) always have OSDA axis 2 (9.51104916634112)?", "refer_dataset": "table41", "column names": ["axes_mean_0", "axes_mean_1"], "condition_column": ["axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"axes_mean_0": "4.870308960443124", "axes_mean_1": "9.51104916634112"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with OSDA axis 1 ({}) always have OSDA axis 2 ({})?"} +{"question": "Is there a material where tolerance factor (t) is 0.929 and density of element A (ρa) is 1.63 g/cm³?", "refer_dataset": "table2", "column names": ["t", "ρa"], "condition_column": ["t", "ρa"], "answer_column": [], "condition": {"t": "0.929", "ρa": "1.63"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where tolerance factor (t) is {} and density of element A (ρa) is {} g/cm³?"} +{"question": "There exists a material with ID 14511, formula Pb0.5Ca1Sr2Y0.5Cu2O6.97, and a Tc exceeding 55.0 K.", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "14511", "formula": "Pb0.5Ca1Sr2Y0.5Cu2O6.97", "Tc": "55.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "There exists a material with ID {}, formula {}, and a Tc exceeding {} K."} +{"question": "If the conduction band minimum is 5.4775, is the valence band maximum 7.876?", "refer_dataset": "table52", "column names": ["optb88vdw_cbm", "optb88vdw_vbm"], "condition_column": ["optb88vdw_cbm", "optb88vdw_vbm"], "answer_column": [], "condition": {"optb88vdw_cbm": "5.4775", "optb88vdw_vbm": "7.876"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the conduction band minimum is {}, is the valence band maximum {}?"} +{"question": "Is the diffraction temperature uncertainty 5.0 recorded for a diffraction temperature of 485.0?", "refer_dataset": "table38", "column names": ["sigdiffrtemp", "diffrtemp"], "condition_column": ["sigdiffrtemp", "diffrtemp"], "answer_column": [], "condition": {"sigdiffrtemp": "5.0", "diffrtemp": "485.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the diffraction temperature uncertainty {} recorded for a diffraction temperature of {}?"} +{"question": "Is potential ffield.comb used in simulations for formula Zr2Ni7?", "refer_dataset": "table53", "column names": ["func", "formula"], "condition_column": ["func", "formula"], "answer_column": [], "condition": {"func": "ffield.comb", "formula": "Zr2Ni7"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is potential {} used in simulations for formula {}?"} +{"question": "Does any material with A site Sr maintain a cycle1 performance of 263.3 over 1.0 hours?", "refer_dataset": "table5", "column names": ["A site", "cycle1", "Duration of cycles (h)"], "condition_column": ["A site", "cycle1", "Duration of cycles (h)"], "answer_column": [], "condition": {"A site": "Sr", "cycle1": "263.3", "Duration of cycles (h)": "1.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with A site {} maintain a cycle1 performance of {} over {} hours?"} +{"question": "Are authors Paul Harvey, Bruno Merin, Tracy L. Huard, Luisa M. Rebull, Nicholas\n Chapman, Neal J. Evans II, Philip C. Myers listed for the paper titled \"The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The\n Serpens YSO Population As Observed With IRAC and MIPS\" last updated on 2010-03-18?", "refer_dataset": "table45", "column names": ["authors", "title", "update_date"], "condition_column": ["authors", "title", "update_date"], "answer_column": [], "condition": {"authors": "Paul Harvey, Bruno Merin, Tracy L. Huard, Luisa M. Rebull, Nicholas\n Chapman, Neal J. Evans II, Philip C. Myers", "title": "The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The\n Serpens YSO Population As Observed With IRAC and MIPS", "update_date": "2010-03-18"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are authors {} listed for the paper titled \"{}\" last updated on {}?"} +{"question": "Does a Carbonate ion concentration of 39 mM occur alongside a solvent percentage of 0.0%?", "refer_dataset": "table42", "column names": ["CO3 ion, mM", "Solvent, % vol."], "condition_column": ["CO3 ion, mM", "Solvent, % vol."], "answer_column": [], "condition": {"CO3 ion, mM": "39", "Solvent, % vol.": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Carbonate ion concentration of {} mM occur alongside a solvent percentage of {}%?"} +{"question": "Was the study on compound [Pc2Tb]TBA:[Pc2Y]TBA = 1/4 published in the year 2018?", "refer_dataset": "table34", "column names": ["compound", "pub_year"], "condition_column": ["compound", "pub_year"], "answer_column": [], "condition": {"compound": "[Pc2Tb]TBA:[Pc2Y]TBA = 1/4", "pub_year": "2018"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the study on compound {} published in the year {}?"} +{"question": "Are there materials in space group 59 with spin-orbit coupling set to True?", "refer_dataset": "table63", "column names": ["Space_group_rlx", "SOC"], "condition_column": ["Space_group_rlx", "SOC"], "answer_column": [], "condition": {"Space_group_rlx": "59", "SOC": "True"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials in space group {} with spin-orbit coupling set to {}?"} +{"question": "Is M3 element Yb, when used with support none, linked to a C missing percentage of -3.0%?", "refer_dataset": "table25", "column names": ["M3", "Support", "C missing (%)"], "condition_column": ["M3", "Support", "C missing (%)"], "answer_column": [], "condition": {"M3": "Yb", "Support": "none", "C missing (%)": "-3.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M3 element {}, when used with support {}, linked to a C missing percentage of {}%?"} +{"question": "Does a tolerance factor of 0.912 coexist with PBE and HSE lattice constants of 6.42 and 6.47?", "refer_dataset": "table49", "column names": ["Tol", "PBE_latt_const", "HSE_latt_const"], "condition_column": ["Tol", "PBE_latt_const", "HSE_latt_const"], "answer_column": [], "condition": {"Tol": "0.912", "PBE_latt_const": "6.42", "HSE_latt_const": "6.47"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a tolerance factor of {} coexist with PBE and HSE lattice constants of {} and {}?"} +{"question": "Does higher CO selectivity than 26.56% always correspond to CO2 yields below 5.76%?", "refer_dataset": "table17", "column names": ["COs", "CO2y"], "condition_column": ["COs", "CO2y"], "answer_column": [], "condition": {"COs": "26.56", "CO2y": "5.76"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does higher CO selectivity than {}% always correspond to CO2 yields below {}%?"} +{"question": "Is the argon partial pressure 0.15 atm when the C₂ yield is 6.5%?", "refer_dataset": "table23", "column names": ["PAr (atm)", "C2 yield (%)"], "condition_column": ["PAr (atm)", "C2 yield (%)"], "answer_column": [], "condition": {"PAr (atm)": "0.15", "C2 yield (%)": "6.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the argon partial pressure {} atm when the C₂ yield is {}%?"} +{"question": "Does the axial distortion 1.035098 in compound [Tb(SiW11O39)2]13- correlate with a CSM slope of -1.4?", "refer_dataset": "table34", "column names": ["axial_distortion", "compound", "slope_CSM"], "condition_column": ["axial_distortion", "compound", "slope_CSM"], "answer_column": [], "condition": {"axial_distortion": "1.035098", "compound": "[Tb(SiW11O39)2]13-", "slope_CSM": "-1.4"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the axial distortion {} in compound {} correlate with a CSM slope of {}?"} +{"question": "Are the lattice angles alpha = 90, beta = 90, gamma = 90 all documented with uncertainties of 0.002 each?", "refer_dataset": "table38", "column names": ["alpha", "beta", "gamma", "sigalpha"], "condition_column": ["alpha", "beta", "gamma", "sigalpha"], "answer_column": [], "condition": {"alpha": "90", "beta": "90", "gamma": "90", "sigalpha": "0.002"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are the lattice angles alpha = {}, beta = {}, gamma = {} all documented with uncertainties of {} each?"} +{"question": "Does the space group P4/nmm material with formula MnSe have a Poisson's ratio of na?", "refer_dataset": "table48", "column names": ["spg_symbol", "formula", "poisson"], "condition_column": ["spg_symbol", "formula", "poisson"], "answer_column": [], "condition": {"spg_symbol": "P4/nmm", "formula": "MnSe", "poisson": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the space group {} material with formula {} have a Poisson's ratio of {}?"} +{"question": "Is there a record where PBE0 method calculates HOMO energy level of -0.255 and Scharber voltage of 2.3389030475?", "refer_dataset": "table51", "column names": ["pbe0_homo", "pbe0_scharber_voc"], "condition_column": ["pbe0_homo", "pbe0_scharber_voc"], "answer_column": [], "condition": {"pbe0_homo": "-0.255", "pbe0_scharber_voc": "2.3389030475"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a record where PBE0 method calculates HOMO energy level of {} and Scharber voltage of {}?"} +{"question": "Does a carbon deficit of 5,5% align with a CO₂ yield of 10,5%?", "refer_dataset": "table27", "column names": ["C missing(%)", "CO2 yield(%)"], "condition_column": ["C missing(%)", "CO2 yield(%)"], "answer_column": [], "condition": {"C missing(%)": "5,5", "CO2 yield(%)": "10,5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a carbon deficit of {}% align with a CO₂ yield of {}%?"} +{"question": "Are there materials with a bulk modulus exceeding 191.0 GPa and a shear modulus greater than 60.39086677354497 GPa?", "refer_dataset": "table54", "column names": ["bulk modulus", "shear modulus"], "condition_column": ["bulk modulus", "shear modulus"], "answer_column": [], "condition": {"bulk modulus": "191.0", "shear modulus": "60.39086677354497"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with a bulk modulus exceeding {} GPa and a shear modulus greater than {} GPa?"} +{"question": "Does the material with internal energy (U) -46.16645812988281 have an enthalpy (H) of -15.710439682006836?", "refer_dataset": "table60", "column names": ["U", "H"], "condition_column": ["U", "H"], "answer_column": [], "condition": {"U": "-46.16645812988281", "H": "-15.710439682006836"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with internal energy (U) {} have an enthalpy (H) of {}?"} +{"question": "Is a loading of 0.434782609 g/l used under a UV light source?", "refer_dataset": "table10", "column names": ["loading (g/l)", "light source"], "condition_column": ["loading (g/l)", "light source"], "answer_column": [], "condition": {"loading (g/l)": "0.434782609", "light source": "UV"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a loading of {} g/l used under a {} light source?"} +{"question": "Do molecules with asphericity mean 0.8460106983412541 and axes means (4.870308960443124, 16.36476631) exist?", "refer_dataset": "table41", "column names": ["asphericity_mean_0", "axes_mean_0", "axes_mean_1"], "condition_column": ["asphericity_mean_0", "axes_mean_0", "axes_mean_1"], "answer_column": [], "condition": {"asphericity_mean_0": "0.8460106983412541", "axes_mean_0": "4.870308960443124", "axes_mean_1": "16.36476631"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do molecules with asphericity mean {} and axes means ({}, {}) exist?"} +{"question": "Is there a spray-etched catalyst from Peoples R China with alkaline OVP below 95.45 mV published in a journal (IF>0)?", "refer_dataset": "table13", "column names": ["Country", "Alkaline_OVP", "Judge_Spray", "Judge_Etching", "IF"], "condition_column": ["Country", "Alkaline_OVP", "Judge_Spray"], "answer_column": ["Judge_Etching", "IF"], "condition": {"Country": "Peoples R China", "Alkaline_OVP": "95.45", "Judge_Spray": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a spray-etched catalyst from {} with alkaline OVP below {} mV published in a journal (IF>{})?"} +{"question": "Is there a SNUMAT material SM-12998 with a GGA optical band gap of 0.0 eV and direct band gap type?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_GGA_optical", "Direct_or_indirect"], "condition_column": ["SNUMAT_id", "Band_gap_GGA_optical"], "answer_column": ["Direct_or_indirect"], "condition": {"SNUMAT_id": "SM-12998", "Band_gap_GGA_optical": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a SNUMAT material {} with a GGA optical band gap of {} eV and direct band gap type?"} +{"question": "Is there a molecule with statistical correlation coefficient -4.02850195638145 and zero-point vibrational energy of -3.68938115462106?", "refer_dataset": "table61", "column names": ["R2", "ZPVE"], "condition_column": ["R2", "ZPVE"], "answer_column": [], "condition": {"R2": "-4.02850195638145", "ZPVE": "-3.68938115462106"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecule with statistical correlation coefficient {} and zero-point vibrational energy of {}?"} +{"question": "Is there a material with 0 atoms of element D and a direct bandgap above 3.3 eV?", "refer_dataset": "table22", "column names": ["Dn", "Direct_Band"], "condition_column": ["Dn", "Direct_Band"], "answer_column": [], "condition": {"Dn": "0", "Direct_Band": "3.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} atoms of element D and a direct bandgap above {} eV?"} +{"question": "Is a final energy of -191.51312359 combined with an OptB88-vdW bandgap of 0.8818999999999999 linked to a valence band maximum of 3.7077?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "optb88vdw_vbm"], "condition_column": ["final_energy", "optb88vdw_bandgap", "optb88vdw_vbm"], "answer_column": [], "condition": {"final_energy": "-191.51312359", "optb88vdw_bandgap": "0.8818999999999999", "optb88vdw_vbm": "3.7077"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a final energy of {} combined with an OptB88-vdW bandgap of {} linked to a valence band maximum of {}?"} +{"question": "Does the presence of both M2 none and M3 none correspond to a C2H4 yield of 5.2%?", "refer_dataset": "table25", "column names": ["M2", "M3", "C2H4 yield (%)"], "condition_column": ["M2", "M3", "C2H4 yield (%)"], "answer_column": [], "condition": {"M2": "none", "M3": "none", "C2H4 yield (%)": "5.2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the presence of both M2 {} and M3 {} correspond to a C2H4 yield of {}%?"} +{"question": "Is the synthesized compound Co4C48H32N8O16 from CSD validated to have a pore limiting diameter (PLD) of 2.14542 Å?", "refer_dataset": "table62", "column names": ["formula", "source", "pld"], "condition_column": ["formula", "source", "pld"], "answer_column": [], "condition": {"formula": "Co4C48H32N8O16", "source": "CSD", "pld": "2.14542"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the synthesized compound {} from {} validated to have a pore limiting diameter (PLD) of {} Å?"} +{"question": "Can ID 8629 correspond to both formula Bi1Pb1Sr2Y0.4Ca0.6Cu2O8 and a Tc of 0.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "8629", "formula": "Bi1Pb1Sr2Y0.4Ca0.6Cu2O8", "Tc": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Can ID {} correspond to both formula {} and a Tc of {} K?"} +{"question": "Does any HEA with 7.6% Pd have 2.2% Pt and an Onset potential of 0.473971 V?", "refer_dataset": "table15", "column names": ["Pd", "Pt", "Onset"], "condition_column": ["Pd", "Pt", "Onset"], "answer_column": [], "condition": {"Pd": "7.6", "Pt": "2.2", "Onset": "0.473971"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any HEA with {}% Pd have {}% Pt and an Onset potential of {} V?"} +{"question": "Is ID 3687 assigned to formula Ca0.31Sr0.7Ti1O3 with a recorded Tc of 0.1 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "3687", "formula": "Ca0.31Sr0.7Ti1O3", "Tc": "0.1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is ID {} assigned to formula {} with a recorded Tc of {} K?"} +{"question": "Is there a compound in the Hexagonal lattice system with a volume below 89.11000Å3 cubic angstroms?", "refer_dataset": "table31", "column names": ["11", "5"], "condition_column": ["11", "5"], "answer_column": [], "condition": {"11": "Hexagonal", "5": "89.11000Å3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound in the {} lattice system with a volume below {} cubic angstroms?"} +{"question": "Does the perovskite BaRuO3 have a similarity score of 0.305399?", "refer_dataset": "table14", "column names": ["Perovskite", "similarity"], "condition_column": ["Perovskite", "similarity"], "answer_column": [], "condition": {"Perovskite": "BaRuO3", "similarity": "0.305399"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the perovskite {} have a similarity score of {}?"} +{"question": "Does any material have a HOMO energy of -6.666789531707764 and LUMO energy of 1.0231480598449707?", "refer_dataset": "table60", "column names": ["homo", "lumo"], "condition_column": ["homo", "lumo"], "answer_column": [], "condition": {"homo": "-6.666789531707764", "lumo": "1.0231480598449707"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have a HOMO energy of {} and LUMO energy of {}?"} +{"question": "Does job ID JVASP-27901 record a magnetic moment of 0.001 and spillage metric of na?", "refer_dataset": "table48", "column names": ["jid", "magmom_oszicar", "spillage"], "condition_column": ["jid", "magmom_oszicar", "spillage"], "answer_column": [], "condition": {"jid": "JVASP-27901", "magmom_oszicar": "0.001", "spillage": "na"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does job ID {} record a magnetic moment of {} and spillage metric of {}?"} +{"question": "Is a molecular weight of 25.0 kDa combined with a polymer weight percentage of 0.085%?", "refer_dataset": "table42", "column names": ["Polymer Mwt, kDa", "Polymer, % wt."], "condition_column": ["Polymer Mwt, kDa", "Polymer, % wt."], "answer_column": [], "condition": {"Polymer Mwt, kDa": "25.0", "Polymer, % wt.": "0.085"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a molecular weight of {} kDa combined with a polymer weight percentage of {}%?"} +{"question": "Does MOF type EXCH require a synthesis temperature of 140.0°C and reaction pressure of 1.0 atm?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "condition_column": ["MOF_Type", "Synhesis_Temp", "Rxn_Pressure"], "answer_column": [], "condition": {"MOF_Type": "EXCH", "Synhesis_Temp": "140.0", "Rxn_Pressure": "1.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} require a synthesis temperature of {}°C and reaction pressure of {} atm?"} +{"question": "Is there a catalyst where M1 is Na, M2 is Tb, and the C₂ yield is 8.6%?", "refer_dataset": "table23", "column names": ["M1", "M2", "C2 yield (%)"], "condition_column": ["M1", "M2", "C2 yield (%)"], "answer_column": [], "condition": {"M1": "Na", "M2": "Tb", "C2 yield (%)": "8.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst where M1 is {}, M2 is {}, and the C₂ yield is {}%?"} +{"question": "Is there a compound with the formula As, a magnetic moment (mu_b) of -2.7000000000000004e-06, and a band gap (gap pbe) of 0.0 eV?", "refer_dataset": "table54", "column names": ["formula", "mu_b", "gap pbe"], "condition_column": ["formula", "mu_b", "gap pbe"], "answer_column": [], "condition": {"formula": "As", "mu_b": "-2.7000000000000004e-06", "gap pbe": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the formula {}, a magnetic moment (mu_b) of {}, and a band gap (gap pbe) of {} eV?"} +{"question": "Does the combination of M1 = Zn, M2 = Mo, and 750°C yield a C2 selectivity of 4.536253841%?", "refer_dataset": "table21", "column names": ["M1", "M2", "Temp. (°C)", "C2 selectivity(%)"], "condition_column": ["M1", "M2", "Temp. (°C)", "C2 selectivity(%)"], "answer_column": [], "condition": {"M1": "Zn", "M2": "Mo", "Temp. (°C)": "750", "C2 selectivity(%)": "4.536253841"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the combination of M1 = {}, M2 = {}, and {}°C yield a C2 selectivity of {}%?"} +{"question": "Is InChI InChI=1S/CH3O.H2O/c1-2;/h2H,1H2;1H2 assigned to species H2OH2CO with a formation enthalpy of -63.5 kJ/mol at 298K?", "refer_dataset": "table46", "column names": ["inchi", "species", "enthalpy_formation_298K"], "condition_column": ["inchi", "species", "enthalpy_formation_298K"], "answer_column": [], "condition": {"inchi": "InChI=1S/CH3O.H2O/c1-2;/h2H,1H2;1H2", "species": "H2OH2CO", "enthalpy_formation_298K": "-63.5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is InChI {} assigned to species {} with a formation enthalpy of {} kJ/mol at 298K?"} +{"question": "Are there materials with ICSD ID [22114], nelements 4, and an elastic modulus of {'G_Reuss': 26.0, 'G_VRH': 29.0, 'G_Voigt': 32.0, 'G_Voigt_Reuss_Hill': 29.0, 'K_Reuss': 35.0, 'K_VRH': 35.0, 'K_Voigt': 35.0, 'K_Voigt_Reuss_Hill': 35.0, 'elastic_anisotropy': 1.17, 'elastic_tensor': [[102.0, 1.0, 1.0, 0.0, 0.0, 0.0], [1.0, 102.0, 1.0, 0.0, 0.0, 0.0], [1.0, 1.0, 102.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 19.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 19.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 19.0]], 'homogeneous_poisson': 0.18, 'poisson_ratio': 0.18, 'universal_anisotropy': 1.17, 'elastic_tensor_original': [[101.73231672921634, 1.4639960929146054, 1.4639960929146054, 0.0, 0.0, 0.0], [1.4639960929146054, 101.73231672921634, 1.4639960929146054, 0.0, 0.0, 0.0], [1.4639960929146054, 1.4639960929146054, 101.73231672921634, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 19.385921340383735, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 19.385921340383735, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 19.385921340383735]], 'compliance_tensor': [[9.833733329227776, -0.13950641044285642, -0.13950641044285642, -7.015298432397232e-18, 8.922380777025109e-16, -3.977333894222429e-16], [-0.13950641044285642, 9.833733329227774, -0.13950641044285642, 8.922380777025109e-16, -7.015298432397223e-18, 3.9773338942224285e-16], [-0.13950641044285642, -0.13950641044285642, 9.833733329227774, 8.922380777025109e-16, 8.922380777025109e-16, 2.836818299440607e-32], [-7.01529843239723e-18, 8.922380777025109e-16, 8.922380777025107e-16, 51.583826347053794, 8.985104223013982e-32, 1.2969867655571474e-15], [8.922380777025107e-16, -7.015298432397221e-18, 8.922380777025107e-16, 8.98510422301398e-32, 51.583826347053794, 1.2969867655571474e-15], [-3.9773338942224294e-16, 3.9773338942224285e-16, 2.9131870179425286e-32, 1.2969867655571474e-15, 1.2969867655571474e-15, 51.583826347053794]], 'warnings': [], 'nsites': 10}?", "refer_dataset": "table55", "column names": ["icsd_ids", "nelements", "elasticity"], "condition_column": ["icsd_ids", "nelements", "elasticity"], "answer_column": [], "condition": {"icsd_ids": "[22114]", "nelements": "4", "elasticity": "{'G_Reuss': 26.0, 'G_VRH': 29.0, 'G_Voigt': 32.0, 'G_Voigt_Reuss_Hill': 29.0, 'K_Reuss': 35.0, 'K_VRH': 35.0, 'K_Voigt': 35.0, 'K_Voigt_Reuss_Hill': 35.0, 'elastic_anisotropy': 1.17, 'elastic_tensor': [[102.0, 1.0, 1.0, 0.0, 0.0, 0.0], [1.0, 102.0, 1.0, 0.0, 0.0, 0.0], [1.0, 1.0, 102.0, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 19.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 19.0, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 19.0]], 'homogeneous_poisson': 0.18, 'poisson_ratio': 0.18, 'universal_anisotropy': 1.17, 'elastic_tensor_original': [[101.73231672921634, 1.4639960929146054, 1.4639960929146054, 0.0, 0.0, 0.0], [1.4639960929146054, 101.73231672921634, 1.4639960929146054, 0.0, 0.0, 0.0], [1.4639960929146054, 1.4639960929146054, 101.73231672921634, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 19.385921340383735, 0.0, 0.0], [0.0, 0.0, 0.0, 0.0, 19.385921340383735, 0.0], [0.0, 0.0, 0.0, 0.0, 0.0, 19.385921340383735]], 'compliance_tensor': [[9.833733329227776, -0.13950641044285642, -0.13950641044285642, -7.015298432397232e-18, 8.922380777025109e-16, -3.977333894222429e-16], [-0.13950641044285642, 9.833733329227774, -0.13950641044285642, 8.922380777025109e-16, -7.015298432397223e-18, 3.9773338942224285e-16], [-0.13950641044285642, -0.13950641044285642, 9.833733329227774, 8.922380777025109e-16, 8.922380777025109e-16, 2.836818299440607e-32], [-7.01529843239723e-18, 8.922380777025109e-16, 8.922380777025107e-16, 51.583826347053794, 8.985104223013982e-32, 1.2969867655571474e-15], [8.922380777025107e-16, -7.015298432397221e-18, 8.922380777025107e-16, 8.98510422301398e-32, 51.583826347053794, 1.2969867655571474e-15], [-3.9773338942224294e-16, 3.9773338942224285e-16, 2.9131870179425286e-32, 1.2969867655571474e-15, 1.2969867655571474e-15, 51.583826347053794]], 'warnings': [], 'nsites': 10}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with ICSD ID {}, nelements {}, and an elastic modulus of {}?"} +{"question": "Does the -211 surface exhibit an activation energy of 1.87 eV?", "refer_dataset": "table18", "column names": ["surfaces", "activation_energy"], "condition_column": ["surfaces", "activation_energy"], "answer_column": [], "condition": {"surfaces": "-211", "activation_energy": "1.87"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} surface exhibit an activation energy of {} eV?"} +{"question": "Are there stable materials (energy_above_hull ≤ 20 meV/atom) with Ba as the primary A site element, Co in B site #1, and formation energy of -1.66353766833 eV/atom?", "refer_dataset": "table35", "column names": ["A site #1", "B site #1", "formation_energy (eV/atom)", "energy_above_hull (meV/atom)"], "condition_column": ["A site #1", "B site #1", "formation_energy (eV/atom)"], "answer_column": ["energy_above_hull (meV/atom)"], "condition": {"A site #1": "Ba", "B site #1": "Co", "formation_energy (eV/atom)": "-1.66353766833"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there stable materials (energy_above_hull ≤ 20 meV/atom) with {} as the primary A site element, {} in B site #1, and formation energy of {} eV/atom?"} +{"question": "Does a catalyst using M3 as Zn with support material MgO achieve a methane conversion rate of 36.2%?", "refer_dataset": "table23", "column names": ["M3", "Support", "CH4 conversion (%)"], "condition_column": ["M3", "Support", "CH4 conversion (%)"], "answer_column": [], "condition": {"M3": "Zn", "Support": "MgO", "CH4 conversion (%)": "36.2"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a catalyst using M3 as {} with support material {} achieve a methane conversion rate of {}%?"} +{"question": "Does material Ti3Cu3O (potential ffield.comb) exhibit phonon data and surface energy data?", "refer_dataset": "table53", "column names": ["formula", "func", "phon_dat", "surf_dat"], "condition_column": ["formula", "func"], "answer_column": ["phon_dat", "surf_dat"], "condition": {"formula": "Ti3Cu3O", "func": "ffield.comb"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} (potential {}) exhibit phonon data and surface energy data?"} +{"question": "Are materials in space group P3_1 phonon-stable?", "refer_dataset": "table53", "column names": ["spg", "phon_dat"], "condition_column": ["spg"], "answer_column": ["phon_dat"], "condition": {"spg": "P3_1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials in space group {} phonon-stable?"} +{"question": "Are there materials with dipole moment above 2.893699884414673, polarizability below 12.989999771118164, and energy gap exceeding 10.329442024230955?", "refer_dataset": "table60", "column names": ["mu", "alpha", "gap"], "condition_column": ["mu", "alpha", "gap"], "answer_column": [], "condition": {"mu": "2.893699884414673", "alpha": "12.989999771118164", "gap": "10.329442024230955"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with dipole moment above {}, polarizability below {}, and energy gap exceeding {}?"} +{"question": "Does any dopant F correspond to ReactionE 1.0070608056?", "refer_dataset": "table24", "column names": ["Dope", "ReactionE"], "condition_column": ["Dope", "ReactionE"], "answer_column": [], "condition": {"Dope": "F", "ReactionE": "1.0070608056"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any dopant {} correspond to ReactionE {}?"} +{"question": "Does M3 none, processed at 775°C under Pch4 0.3 atm, exist in the data?", "refer_dataset": "table28", "column names": ["M3", "Temperature", "Pch4"], "condition_column": ["M3", "Temperature", "Pch4"], "answer_column": [], "condition": {"M3": "none", "Temperature": "775", "Pch4": "0.3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M3 {}, processed at {}°C under Pch4 {} atm, exist in the data?"} +{"question": "Is there a catalyst with M1 as Yb and a conversion yield exceeding 31.6%?", "refer_dataset": "table28", "column names": ["M1", "C2y"], "condition_column": ["M1", "C2y"], "answer_column": [], "condition": {"M1": "Yb", "C2y": "31.6"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with M1 as {} and a conversion yield exceeding {}%?"} +{"question": "Does any material have a B3LYP HOMO energy level of -0.202 and LUMO energy level of -0.096?", "refer_dataset": "table51", "column names": ["b3lyp_homo", "b3lyp_lumo"], "condition_column": ["b3lyp_homo", "b3lyp_lumo"], "answer_column": [], "condition": {"b3lyp_homo": "-0.202", "b3lyp_lumo": "-0.096"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have a B3LYP HOMO energy level of {} and LUMO energy level of {}?"} +{"question": "Does the material with internal energy (U) -13.135290145874023 have an enthalpy (H) of -13.186664581298828?", "refer_dataset": "table60", "column names": ["U", "H"], "condition_column": ["U", "H"], "answer_column": [], "condition": {"U": "-13.135290145874023", "H": "-13.186664581298828"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with internal energy (U) {} have an enthalpy (H) of {}?"} +{"question": "Is material ID 1057 associated with the formula Fe3W2?", "refer_dataset": "table64", "column names": ["id", "formula"], "condition_column": ["id", "formula"], "answer_column": [], "condition": {"id": "1057", "formula": "Fe3W2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is material ID {} associated with the formula {}?"} +{"question": "Is there a system where Composition BeLi uses Base Be with ReactionE -0.9257165581?", "refer_dataset": "table24", "column names": ["Composition", "Base", "ReactionE"], "condition_column": ["Composition", "Base", "ReactionE"], "answer_column": [], "condition": {"Composition": "BeLi", "Base": "Be", "ReactionE": "-0.9257165581"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a system where Composition {} uses Base {} with ReactionE {}?"} +{"question": "Is a calcination temperature setting of 400°C used with an aging time duration of 2 hours?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)"], "condition_column": ["CT (℃)", "AH (h)"], "answer_column": [], "condition": {"CT (℃)": "400", "AH (h)": "2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a calcination temperature setting of {}°C used with an aging time duration of {} hours?"} +{"question": "Was the study on compound [Pc2Ho]TBA published in the year 2003?", "refer_dataset": "table34", "column names": ["compound", "pub_year"], "condition_column": ["compound", "pub_year"], "answer_column": [], "condition": {"compound": "[Pc2Ho]TBA", "pub_year": "2003"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was the study on compound {} published in the year {}?"} +{"question": "Does the material with ID mp-1000 have a chemical formula BaTe, magnetic ordering (mu_b > 7.9e-06), and unstable structure (e_hull > 0.0)?", "refer_dataset": "table56", "column names": ["id", "formula", "mu_b", "e_hull"], "condition_column": ["id", "formula", "mu_b", "e_hull"], "answer_column": [], "condition": {"id": "mp-1000", "formula": "BaTe", "mu_b": "7.9e-06", "e_hull": "0.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a chemical formula {}, magnetic ordering (mu_b > {}), and unstable structure (e_hull > {})?"} +{"question": "Does the system with 3 atoms and formula BCO belong to space group number 5?", "refer_dataset": "table59", "column names": ["natoms", "formula", "spacegroup_number"], "condition_column": ["natoms", "formula", "spacegroup_number"], "answer_column": [], "condition": {"natoms": "3", "formula": "BCO", "spacegroup_number": "5"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the system with {} atoms and formula {} belong to space group number {}?"} +{"question": "Does the material with density of states 11.065359 at Fermi level, space group 139, and ID agm004572188 exist?", "refer_dataset": "table44", "column names": ["dos_ef", "spg", "id"], "condition_column": ["dos_ef", "spg", "id"], "answer_column": [], "condition": {"dos_ef": "11.065359", "spg": "139", "id": "agm004572188"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with density of states {} at Fermi level, space group {}, and ID {} exist?"} +{"question": "Does a high elastic anisotropy (0.2951139640317679) correlate with a low formation energy (e_form < 0.8508886049999992)?", "refer_dataset": "table56", "column names": ["elastic anisotropy", "e_form"], "condition_column": ["elastic anisotropy", "e_form"], "answer_column": [], "condition": {"elastic anisotropy": "0.2951139640317679", "e_form": "0.8508886049999992"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a high elastic anisotropy ({}) correlate with a low formation energy (e_form < {})?"} +{"question": "Under 575℃, a CH4/O₂ ratio of 1,8, and furnace length of 270 mm, is CO yield 0,1%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "575", "CH4/O2 ratio": "1,8", "furnace length(mm)": "270", "CO yield(%)": "0,1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {}℃, a CH4/O₂ ratio of {}, and furnace length of {} mm, is CO yield {}%?"} +{"question": "Is version [{'version': 'v1', 'created': 'Mon, 2 Apr 2007 18:09:58 GMT'}] of the paper \"From dyadic $\\Lambda_{\\alpha}$ to $\\Lambda_{\\alpha}$\" categorized under \"cond-mat.str-el\"?", "refer_dataset": "table45", "column names": ["versions", "title", "categories"], "condition_column": ["versions", "title", "categories"], "answer_column": [], "condition": {"versions": "[{'version': 'v1', 'created': 'Mon, 2 Apr 2007 18:09:58 GMT'}]", "title": "From dyadic $\\Lambda_{\\alpha}$ to $\\Lambda_{\\alpha}$", "categories": "cond-mat.str-el"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is version {} of the paper \"{}\" categorized under \"{}\"?"} +{"question": "Is there a journal named CELLULOSE with an impact factor above 4.036?", "refer_dataset": "table13", "column names": ["Journal_Name", "IF"], "condition_column": ["Journal_Name", "IF"], "answer_column": [], "condition": {"Journal_Name": "CELLULOSE", "IF": "4.036"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a journal named {} with an impact factor above {}?"} +{"question": "Is there a compound with the formula Nb4CoSi, a magnetic moment (mu_b) of 0.0, and a band gap (gap pbe) of 0.0 eV?", "refer_dataset": "table54", "column names": ["formula", "mu_b", "gap pbe"], "condition_column": ["formula", "mu_b", "gap pbe"], "answer_column": [], "condition": {"formula": "Nb4CoSi", "mu_b": "0.0", "gap pbe": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound with the formula {}, a magnetic moment (mu_b) of {}, and a band gap (gap pbe) of {} eV?"} +{"question": "Does a desorption temperature of 90°C correlate with a calcination temperature of 600°C?", "refer_dataset": "table11", "column names": ["DT (℃)", "CT (℃)"], "condition_column": ["DT (℃)", "CT (℃)"], "answer_column": [], "condition": {"DT (℃)": "90", "CT (℃)": "600"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a desorption temperature of {}°C correlate with a calcination temperature of {}°C?"} +{"question": "Is there a material with magnetic moment 0.801 and spillage value na?", "refer_dataset": "table47", "column names": ["magmom_oszicar", "spillage"], "condition_column": ["magmom_oszicar", "spillage"], "answer_column": [], "condition": {"magmom_oszicar": "0.801", "spillage": "na"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with magnetic moment {} and spillage value {}?"} +{"question": "Is M2 assigned as Pb combined with support Ba?", "refer_dataset": "table28", "column names": ["M2", "Support"], "condition_column": ["M2", "Support"], "answer_column": [], "condition": {"M2": "Pb", "Support": "Ba"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is M2 assigned as {} combined with support {}?"} +{"question": "Is there an HEA where Ru exceeds 28.6% and Onset potential is below 0.508686 V?", "refer_dataset": "table15", "column names": ["Ru", "Onset"], "condition_column": ["Ru", "Onset"], "answer_column": [], "condition": {"Ru": "28.6", "Onset": "0.508686"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there an HEA where Ru exceeds {}% and Onset potential is below {} V?"} +{"question": "Does any material with a Goldschmidt tolerance factor of 0.915258298018 have an energy above hull of 70.9734215852?", "refer_dataset": "table37", "column names": ["goldschmidt_TF", "EnergyAboveHull"], "condition_column": ["goldschmidt_TF", "EnergyAboveHull"], "answer_column": [], "condition": {"goldschmidt_TF": "0.915258298018", "EnergyAboveHull": "70.9734215852"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material with a Goldschmidt tolerance factor of {} have an energy above hull of {}?"} +{"question": "A material exhibits stability (e_hull of 0.0 eV), a magnetic moment (mu_b) of 2.84e-05, and a shear modulus of 44.73353525702305 GPa.", "refer_dataset": "table54", "column names": ["e_hull", "mu_b", "shear modulus"], "condition_column": ["e_hull", "mu_b", "shear modulus"], "answer_column": [], "condition": {"e_hull": "0.0", "mu_b": "2.84e-05", "shear modulus": "44.73353525702305"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A material exhibits stability (e_hull of {} eV), a magnetic moment (mu_b) of {}, and a shear modulus of {} GPa."} +{"question": "Are 6.0 hours of irradiation with 2.9 eV bandgap and − 0.71 V CB edge used in the dataset?", "refer_dataset": "table10", "column names": ["irradiation time(h)", "Eg(eV)", "CB edge(V)"], "condition_column": ["irradiation time(h)", "Eg(eV)", "CB edge(V)"], "answer_column": [], "condition": {"irradiation time(h)": "6.0", "Eg(eV)": "2.9", "CB edge(V)": "− 0.71"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} hours of irradiation with {} eV bandgap and {} V CB edge used in the dataset?"} +{"question": "Is there a composition with 0.0% Re aged at 800.0°C for 1024.0 hours?", "refer_dataset": "table39", "column names": ["Re", "时效温度T (℃)", "时效时间t (h)"], "condition_column": ["Re", "时效温度T (℃)", "时效时间t (h)"], "answer_column": [], "condition": {"Re": "0.0", "时效温度T (℃)": "800.0", "时效时间t (h)": "1024.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a composition with {}% Re aged at {}°C for {} hours?"} +{"question": "Is there a cubic crystal-structured element with a melting energy of 0 kJ/mol and an electronegativity of 3?", "refer_dataset": "table36", "column names": ["IsCubic", "heat of fusion", "Electro-negativity"], "condition_column": ["IsCubic", "heat of fusion"], "answer_column": ["Electro-negativity"], "condition": {"IsCubic": "0", "heat of fusion": "3"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a cubic crystal-structured element with a melting energy of {} kJ/mol and an electronegativity of {}?"} +{"question": "Does a central metal of none combined with noble metal none result in a band gap energy of 3.304 eV?", "refer_dataset": "table7", "column names": ["Center_Metal", "Noble_Metal", "Band_gap"], "condition_column": ["Center_Metal", "Noble_Metal", "Band_gap"], "answer_column": [], "condition": {"Center_Metal": "none", "Noble_Metal": "none", "Band_gap": "3.304"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a central metal of {} combined with noble metal {} result in a band gap energy of {} eV?"} +{"question": "Is the energy above hull 0.0 eV/atom paired with a formation energy of -0.21705 eV/atom?", "refer_dataset": "table48", "column names": ["ehull", "formation_energy_peratom"], "condition_column": ["ehull", "formation_energy_peratom"], "answer_column": [], "condition": {"ehull": "0.0", "formation_energy_peratom": "-0.21705"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy above hull {} eV/atom paired with a formation energy of {} eV/atom?"} +{"question": "Is the ICSD 407646 material characterized by a HSE band gap 3.294992 eV, spin-orbit coupling exclusion, and False magnetic order?", "refer_dataset": "table63", "column names": ["ICSD_number", "Band_gap_HSE", "SOC", "Magnetic_ordering"], "condition_column": ["ICSD_number", "Band_gap_HSE", "SOC"], "answer_column": ["Magnetic_ordering"], "condition": {"ICSD_number": "407646", "Band_gap_HSE": "3.294992", "SOC": "False"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the ICSD {} material characterized by a HSE band gap {} eV, spin-orbit coupling exclusion, and {} magnetic order?"} +{"question": "Is there a perovskite with an HSE lattice constant of 6.59, a PBE decomposition energy of -0.15, and a Log_fom of 5.47?", "refer_dataset": "table49", "column names": ["HSE_latt_const", "PBE_decomp_energy", "Log_fom"], "condition_column": ["HSE_latt_const", "PBE_decomp_energy", "Log_fom"], "answer_column": [], "condition": {"HSE_latt_const": "6.59", "PBE_decomp_energy": "-0.15", "Log_fom": "5.47"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite with an HSE lattice constant of {}, a PBE decomposition energy of {}, and a Log_fom of {}?"} +{"question": "Does the entry with R-factor 0.1551 and weighted R 0.2294 have a space group number 19.0?", "refer_dataset": "table38", "column names": ["Rall", "wRall", "sgNumber"], "condition_column": ["Rall", "wRall", "sgNumber"], "answer_column": [], "condition": {"Rall": "0.1551", "wRall": "0.2294", "sgNumber": "19.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the entry with R-factor {} and weighted R {} have a space group number {}?"} +{"question": "Does CH* adsorbed on -211 (surface key: 5) exhibit both reaction and activation energies of -0.019 eV and 0.96 eV?", "refer_dataset": "table18", "column names": ["ab", "surfaces", "surfaces_key", "reaction_energy", "activation_energy"], "condition_column": ["ab", "surfaces", "surfaces_key", "reaction_energy", "activation_energy"], "answer_column": [], "condition": {"ab": "CH*", "surfaces": "-211", "surfaces_key": "5", "reaction_energy": "-0.019", "activation_energy": "0.96"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does {} adsorbed on {} (surface key: {}) exhibit both reaction and activation energies of {} eV and {} eV?"} +{"question": "Is potential ffield.ZnOCu.comb3 used in simulations for formula TiO4?", "refer_dataset": "table53", "column names": ["func", "formula"], "condition_column": ["func", "formula"], "answer_column": [], "condition": {"func": "ffield.ZnOCu.comb3", "formula": "TiO4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is potential {} used in simulations for formula {}?"} +{"question": "Is job ID JVASP-943 assigned to a 3D material with a vacancy formation factor of ['Ni,4,1.704']?", "refer_dataset": "table68", "column names": ["jid", "material_type", "ff_vac"], "condition_column": ["jid", "material_type", "ff_vac"], "answer_column": [], "condition": {"jid": "JVASP-943", "material_type": "3D", "ff_vac": "['Ni,4,1.704']"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} assigned to a {} material with a vacancy formation factor of {}?"} +{"question": "Is there a material that has a shear modulus under -52.72219089789422 GPa and a formation energy (e_form) over -1.7901681999999997 eV?", "refer_dataset": "table54", "column names": ["shear modulus", "e_form"], "condition_column": ["shear modulus", "e_form"], "answer_column": [], "condition": {"shear modulus": "-52.72219089789422", "e_form": "-1.7901681999999997"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material that has a shear modulus under {} GPa and a formation energy (e_form) over {} eV?"} +{"question": "Is an MOF type FUNC synthesized at 170.0°C?", "refer_dataset": "table7", "column names": ["MOF_Type", "Synhesis_Temp"], "condition_column": ["MOF_Type", "Synhesis_Temp"], "answer_column": [], "condition": {"MOF_Type": "FUNC", "Synhesis_Temp": "170.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is an MOF type {} synthesized at {}°C?"} +{"question": "Does a material with a band alignment offset of -0.1592672289933379 have a valence band maximum of 5.0019 and conduction band minimum of 5.4775?", "refer_dataset": "table52", "column names": ["offset", "optb88vdw_vbm", "optb88vdw_cbm"], "condition_column": ["offset", "optb88vdw_vbm", "optb88vdw_cbm"], "answer_column": [], "condition": {"offset": "-0.1592672289933379", "optb88vdw_vbm": "5.0019", "optb88vdw_cbm": "5.4775"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a band alignment offset of {} have a valence band maximum of {} and conduction band minimum of {}?"} +{"question": "Does SNUMAT ID SM-16974 correspond to a HSE-derived optical band gap of 3.055806 eV?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_HSE_optical"], "condition_column": ["SNUMAT_id", "Band_gap_HSE_optical"], "answer_column": [], "condition": {"SNUMAT_id": "SM-16974", "Band_gap_HSE_optical": "3.055806"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} correspond to a HSE-derived optical band gap of {} eV?"} +{"question": "Is the entry with Acta code SN5023 linked to first page 656, last page 662, and journal Acta Crystallographica Section B?", "refer_dataset": "table38", "column names": ["acce_code", "firstpage", "lastpage", "journal"], "condition_column": ["acce_code", "firstpage", "lastpage", "journal"], "answer_column": [], "condition": {"acce_code": "SN5023", "firstpage": "656", "lastpage": "662", "journal": "Acta Crystallographica Section B"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the entry with Acta code {} linked to first page {}, last page {}, and journal {}?"} +{"question": "Is there a superconducting material with ID 3687 and Tc 0.1 K?", "refer_dataset": "table65", "column names": ["id", "Tc"], "condition_column": ["id", "Tc"], "answer_column": [], "condition": {"id": "3687", "Tc": "0.1"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a superconducting material with ID {} and Tc {} K?"} +{"question": "Has light deposition combined with etching in Saudi Arabia resulted in 0 citations and acid OVP of 1 mV?", "refer_dataset": "table13", "column names": ["Country", "Judge_Light_Deposition", "Judge_Etching", "Cited_Time", "Acid_OVP"], "condition_column": ["Country", "Judge_Light_Deposition", "Judge_Etching"], "answer_column": ["Cited_Time", "Acid_OVP"], "condition": {"Country": "Saudi Arabia", "Judge_Light_Deposition": "0", "Judge_Etching": "1"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has light deposition combined with etching in {} resulted in {} citations and acid OVP of {} mV?"} +{"question": "Do elements with an atomic number of 3 and a surface-centered cubic structure (FCC) have a modulus of elasticity of 20.0 10³ MPa?", "refer_dataset": "table36", "column names": ["At. #", "Modulus of Elasticity 10³ Mpa", "IsFCC"], "condition_column": ["At. #", "Modulus of Elasticity 10³ Mpa"], "answer_column": ["IsFCC"], "condition": {"At. #": "3", "Modulus of Elasticity 10³ Mpa": "20.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do elements with an atomic number of {} and a surface-centered cubic structure (FCC) have a modulus of elasticity of {} 10³ MPa?"} +{"question": "Is the co-catalyst Pt(0.5 wt％) used with a light intensity of Xe lamp (300 W), 420 nm<λ<800 nm W?", "refer_dataset": "table1", "column names": ["Co-catalyst", "Light intensity(W)"], "condition_column": ["Co-catalyst", "Light intensity(W)"], "answer_column": [], "condition": {"Co-catalyst": "Pt(0.5 wt％)", "Light intensity(W)": "Xe lamp (300 W), 420 nm<λ<800 nm"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the co-catalyst {} used with a light intensity of {} W?"} +{"question": "Is there a catalyst with -V vs. RHE voltage of 0.98 V and doping (Doping=1)?", "refer_dataset": "table12", "column names": ["-V vs. RHE V", "Doping"], "condition_column": ["-V vs. RHE V"], "answer_column": ["Doping"], "condition": {"-V vs. RHE V": "0.98"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a catalyst with -V vs. RHE voltage of {} V and doping (Doping=1)?"} +{"question": "Is there a material with 6 host A-site atoms, Shannon radii of 1.24, and a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "6", "shannon_radii_host_Asite0": "1.24", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} host A-site atoms, Shannon radii of {}, and a B-site s-orbital unfilled range of {}?"} +{"question": "Does the 3D material have a formation energy of 6.70233?", "refer_dataset": "table68", "column names": ["material_type", "ef"], "condition_column": ["material_type", "ef"], "answer_column": [], "condition": {"material_type": "3D", "ef": "6.70233"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} material have a formation energy of {}?"} +{"question": "Is there a material with a final energy of -94.22629209, OptB88-vdW bandgap of -0.3521999999999998, and conduction band minimum of 4.2821?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_bandgap", "optb88vdw_cbm"], "condition_column": ["final_energy", "optb88vdw_bandgap", "optb88vdw_cbm"], "answer_column": [], "condition": {"final_energy": "-94.22629209", "optb88vdw_bandgap": "-0.3521999999999998", "optb88vdw_cbm": "4.2821"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a final energy of {}, OptB88-vdW bandgap of {}, and conduction band minimum of {}?"} +{"question": "Is the carbon identifier 1 paired with adsorbed carbon (C*) on the -211 surface?", "refer_dataset": "table18", "column names": ["b_key", "surfaces"], "condition_column": ["b_key", "surfaces"], "answer_column": [], "condition": {"b_key": "1", "surfaces": "-211"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the carbon identifier {} paired with adsorbed carbon (C*) on the {} surface?"} +{"question": "Does preparation method 3 applied to compound LaCo0.90Mg0.10O3 produce a desorption temperature of 110°C and a reference number [27]?", "refer_dataset": "table11", "column names": ["PM", "Molecular formulas", "DT (℃)", "Ref."], "condition_column": ["PM", "Molecular formulas", "DT (℃)", "Ref."], "answer_column": [], "condition": {"PM": "3", "Molecular formulas": "LaCo0.90Mg0.10O3", "DT (℃)": "110", "Ref.": "[27]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does preparation method {} applied to compound {} produce a desorption temperature of {}°C and a reference number {}?"} +{"question": "At 825℃, does the carbon monoxide yield reach 4,8%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "825", "CO yield(%)": "4,8"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, does the carbon monoxide yield reach {}%?"} +{"question": "Is a delta e of 0.405690829361882 eV indicative of instability (stability < 0.405690829361882)?", "refer_dataset": "table57", "column names": ["_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_delta_e": "0.405690829361882", "_oqmd_stability": "0.405690829361882"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a delta e of {} eV indicative of instability (stability < {})?"} +{"question": "Does the material with ID 985a1f328ecc1af4-desc, energy cutoff [980], and enthalpy per atom -4.25749 have a Badernet charge of [-0.3077, -0.264, -0.3068, -0.3895, -0.3439, -0.3457, 1.2213, 1.2216, 1.375, -0.1579, -0.1699, -0.1695, -0.1538, -0.1684, -0.1568, -0.3968, -0.2935, -0.1938]?", "refer_dataset": "table43", "column names": ["id", "energy_cutoff", "enthalpy_atom", "bader_net_charges"], "condition_column": ["id", "energy_cutoff", "enthalpy_atom", "bader_net_charges"], "answer_column": [], "condition": {"id": "985a1f328ecc1af4-desc", "energy_cutoff": "[980]", "enthalpy_atom": "-4.25749", "bader_net_charges": "[-0.3077, -0.264, -0.3068, -0.3895, -0.3439, -0.3457, 1.2213, 1.2216, 1.375, -0.1579, -0.1699, -0.1695, -0.1538, -0.1684, -0.1568, -0.3968, -0.2935, -0.1938]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {}, energy cutoff {}, and enthalpy per atom {} have a Badernet charge of {}?"} +{"question": "Does the combination of surfactant type Sodium dodecylsulfate, surfactant % wt. 0.16, and solvent type tert-Butanol exist?", "refer_dataset": "table42", "column names": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "condition_column": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "answer_column": [], "condition": {"Surfactant type": "Sodium dodecylsulfate", "Surfactant, % wt.": "0.16", "Solvent type": "tert-Butanol"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the combination of surfactant type {}, surfactant % wt. {}, and solvent type {} exist?"} +{"question": "Is there a material from the CSD database with a pore limiting diameter (PLD) exceeding 1.1857 Å?", "refer_dataset": "table62", "column names": ["source", "pld"], "condition_column": ["source", "pld"], "answer_column": [], "condition": {"source": "CSD", "pld": "1.1857"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material from the {} database with a pore limiting diameter (PLD) exceeding {} Å?"} +{"question": "Is the internal energy at 0K (U0) -15.557185173034668 combined with enthalpy (H) -15.710439682006836 and Gibbs free energy (G) -14.763945579528809?", "refer_dataset": "table60", "column names": ["U0", "H", "G"], "condition_column": ["U0", "H", "G"], "answer_column": [], "condition": {"U0": "-15.557185173034668", "H": "-15.710439682006836", "G": "-14.763945579528809"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the internal energy at 0K (U0) {} combined with enthalpy (H) {} and Gibbs free energy (G) {}?"} +{"question": "Does a material with the simplified formula Mn3CoNi2(PO4)6 have an energy above hull of 0.1994506199189789?", "refer_dataset": "table55", "column names": ["pretty_formula", "e_above_hull"], "condition_column": ["pretty_formula", "e_above_hull"], "answer_column": [], "condition": {"pretty_formula": "Mn3CoNi2(PO4)6", "e_above_hull": "0.1994506199189789"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with the simplified formula {} have an energy above hull of {}?"} +{"question": "Does the element Cu show a reaction energy of 0.744 eV?", "refer_dataset": "table18", "column names": ["AA", "reaction_energy"], "condition_column": ["AA", "reaction_energy"], "answer_column": [], "condition": {"AA": "Cu", "reaction_energy": "0.744"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the element {} show a reaction energy of {} eV?"} +{"question": "Are VIS light irradiation and 62.5% sacrificial agent used in experiment 17?", "refer_dataset": "table7", "column names": ["Light", "SacrAgentPercent", "Exp"], "condition_column": ["Light", "SacrAgentPercent", "Exp"], "answer_column": [], "condition": {"Light": "VIS", "SacrAgentPercent": "62.5", "Exp": "17"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {} light irradiation and {}% sacrificial agent used in experiment {}?"} +{"question": "Is there a material with a bandgap of 2.9398 and nonzero magnetization?", "refer_dataset": "table67", "column names": ["bandgap", "total_magnetization"], "condition_column": ["bandgap"], "answer_column": ["total_magnetization"], "condition": {"bandgap": "2.9398"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with a bandgap of {} and nonzero magnetization?"} +{"question": "Is there a piezoelectric material of oxide type {'eij_max': 3.728117522986736, 'piezoelectric_tensor': [[0.0, 0.0, 0.0, 0.0, 0.0, 0.01298077722665925], [-0.05636439257835285, 3.7245099999958757, -0.15397560748276953, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.12012922273985606, 0.0, -0.0023860822215132373]], 'v_max': [0.0, 0.0, -1.0]} with volume oxide and Hubbard corrections applied?", "refer_dataset": "table55", "column names": ["piezo", "oxide_type", "volume", "is_hubbard"], "condition_column": ["piezo", "oxide_type"], "answer_column": ["volume", "is_hubbard"], "condition": {"piezo": "{'eij_max': 3.728117522986736, 'piezoelectric_tensor': [[0.0, 0.0, 0.0, 0.0, 0.0, 0.01298077722665925], [-0.05636439257835285, 3.7245099999958757, -0.15397560748276953, 0.0, 0.0, 0.0], [0.0, 0.0, 0.0, 0.12012922273985606, 0.0, -0.0023860822215132373]], 'v_max': [0.0, 0.0, -1.0]}", "oxide_type": "oxide"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a piezoelectric material of oxide type {} with volume {} and Hubbard corrections applied?"} +{"question": "Are additional component Zn2GeO4 present in catalysts synthesized at 25.0°C?", "refer_dataset": "table7", "column names": ["Additional", "Synhesis_Temp"], "condition_column": ["Additional", "Synhesis_Temp"], "answer_column": [], "condition": {"Additional": "Zn2GeO4", "Synhesis_Temp": "25.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are additional component {} present in catalysts synthesized at {}°C?"} +{"question": "Does the compound Zn4C104H76N12O20 have both a total energy of -1476.75418166 eV and an experimental synthesis status of True?", "refer_dataset": "table62", "column names": ["formula", "energy_total", "synthesized"], "condition_column": ["formula", "energy_total", "synthesized"], "answer_column": [], "condition": {"formula": "Zn4C104H76N12O20", "energy_total": "-1476.75418166", "synthesized": "True"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} have both a total energy of {} eV and an experimental synthesis status of {}?"} +{"question": "Is there a material with formation energy 0.024568096 eV and density of states at Fermi level of 3.565548?", "refer_dataset": "table44", "column names": ["e_form", "dos_ef"], "condition_column": ["e_form", "dos_ef"], "answer_column": [], "condition": {"e_form": "0.024568096", "dos_ef": "3.565548"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with formation energy {} eV and density of states at Fermi level of {}?"} +{"question": "Does source mvc-12841 contain a material with total magnetization of 0.0?", "refer_dataset": "table67", "column names": ["source_id", "total_magnetization"], "condition_column": ["source_id", "total_magnetization"], "answer_column": [], "condition": {"source_id": "mvc-12841", "total_magnetization": "0.0"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does source {} contain a material with total magnetization of {}?"} +{"question": "Are 0.0% W and 0.0% Ta found in alloys with γ' size 0.89 nm?", "refer_dataset": "table39", "column names": ["W", "Ta", "γ＇相尺寸 (nm)"], "condition_column": ["W", "Ta", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"W": "0.0", "Ta": "0.0", "γ＇相尺寸 (nm)": "0.89"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}% W and {}% Ta found in alloys with γ' size {} nm?"} +{"question": "Material BaTi0.97Mo0.03O3 has a density (B) of 4.64 g/cm³, atomic radius (B) of 67.06 Å, and melting temperature (B) of 1698.56 K.", "refer_dataset": "table3", "column names": ["Materials", "ρb", "Rb", "B_Tm"], "condition_column": ["Materials", "ρb", "Rb", "B_Tm"], "answer_column": [], "condition": {"Materials": "BaTi0.97Mo0.03O3", "ρb": "4.64", "Rb": "67.06", "B_Tm": "1698.56"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} has a density (B) of {} g/cm³, atomic radius (B) of {} Å, and melting temperature (B) of {} K."} +{"question": "Does adsorbed carbon (C*) with identifier 3 have a reaction energy of 0.353 eV?", "refer_dataset": "table18", "column names": ["b_key", "reaction_energy"], "condition_column": ["b_key", "reaction_energy"], "answer_column": [], "condition": {"b_key": "3", "reaction_energy": "0.353"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does adsorbed carbon (C*) with identifier {} have a reaction energy of {} eV?"} +{"question": "Is there a combination of catalyst dosage 0.1 g/L and illumination time 20 minutes leading to degradation efficiency over 78.0%?", "refer_dataset": "table6", "column names": ["Catalyst dosage (g/L)", "Illumination time (min)", "Degradation efficiency (%)"], "condition_column": ["Catalyst dosage (g/L)", "Illumination time (min)", "Degradation efficiency (%)"], "answer_column": [], "condition": {"Catalyst dosage (g/L)": "0.1", "Illumination time (min)": "20", "Degradation efficiency (%)": "78.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a combination of catalyst dosage {} g/L and illumination time {} minutes leading to degradation efficiency over {}%?"} +{"question": "Does any material have an atomic radius ratio (Ra/Rb) of 1.79 combined with a density (A) of 6.02 g/cm³?", "refer_dataset": "table3", "column names": ["Ra/Rb", "ρa"], "condition_column": ["Ra/Rb", "ρa"], "answer_column": [], "condition": {"Ra/Rb": "1.79", "ρa": "6.02"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have an atomic radius ratio (Ra/Rb) of {} combined with a density (A) of {} g/cm³?"} +{"question": "Does a material with 1 atoms of element A, 2 atoms of element E, and lattice parameter 3.5994211706 Å exist?", "refer_dataset": "table22", "column names": ["An", "En", "Lattice"], "condition_column": ["An", "En", "Lattice"], "answer_column": [], "condition": {"An": "1", "En": "2", "Lattice": "3.5994211706"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with {} atoms of element A, {} atoms of element E, and lattice parameter {} Å exist?"} +{"question": "Does the prototype structure A_18_spg225 correspond to a space group number of 225?", "refer_dataset": "table44", "column names": ["prototype_id", "spg"], "condition_column": ["prototype_id", "spg"], "answer_column": [], "condition": {"prototype_id": "A_18_spg225", "spg": "225"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the prototype structure {} correspond to a space group number of {}?"} +{"question": "Is the material with ID 4837 (formula Na0.3Co1H1.8O2.9) linked to a Tc of 13.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "4837", "formula": "Na0.3Co1H1.8O2.9", "Tc": "13.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {} (formula {}) linked to a Tc of {} K?"} +{"question": "Is reference mp-2858 linked to elastic tensor properties of {'voigt_bulk_modulus': -1649.862222222222, 'voigt_shear_modulus': 60.60466666666667, 'reuss_bulk_modulus': -482047.53067401913, 'reuss_shear_modulus': 75.01348821088052, 'poisson_ratio': 0.5001402021520489, 'youngs_modulus': 203446246273.49152, 'universal_ansiotropy_ratio': -1.9569927659853832, 'raw_et_tensor': [[2697.19, 2619.58, -3818.41, -0.0, 0.0, 0.0], [2619.58, 2697.19, -3818.41, 0.0, 0.0, 0.0], [-3818.41, -3818.41, -10208.66, -0.0, -0.0, 0.0], [-0.0, 0.0, -0.0, 91.11, -0.0, -0.0], [0.0, 0.0, -0.0, -0.0, 91.11, 0.0], [0.0, 0.0, 0.0, -0.0, 0.0, 53.15]]}?", "refer_dataset": "table53", "column names": ["ref", "elastic_tensor_data"], "condition_column": ["ref", "elastic_tensor_data"], "answer_column": [], "condition": {"ref": "mp-2858", "elastic_tensor_data": "{'voigt_bulk_modulus': -1649.862222222222, 'voigt_shear_modulus': 60.60466666666667, 'reuss_bulk_modulus': -482047.53067401913, 'reuss_shear_modulus': 75.01348821088052, 'poisson_ratio': 0.5001402021520489, 'youngs_modulus': 203446246273.49152, 'universal_ansiotropy_ratio': -1.9569927659853832, 'raw_et_tensor': [[2697.19, 2619.58, -3818.41, -0.0, 0.0, 0.0], [2619.58, 2697.19, -3818.41, 0.0, 0.0, 0.0], [-3818.41, -3818.41, -10208.66, -0.0, -0.0, 0.0], [-0.0, 0.0, -0.0, 91.11, -0.0, -0.0], [0.0, 0.0, -0.0, -0.0, 91.11, 0.0], [0.0, 0.0, 0.0, -0.0, 0.0, 53.15]]}"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is reference {} linked to elastic tensor properties of {}?"} +{"question": "Are 0.0% W and 0.0% Ta found in alloys with γ' size 7.0 nm?", "refer_dataset": "table39", "column names": ["W", "Ta", "γ＇相尺寸 (nm)"], "condition_column": ["W", "Ta", "γ＇相尺寸 (nm)"], "answer_column": [], "condition": {"W": "0.0", "Ta": "0.0", "γ＇相尺寸 (nm)": "7.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are {}% W and {}% Ta found in alloys with γ' size {} nm?"} +{"question": "Does a material with 1 atoms of element A, 2 atoms of element E, and lattice parameter 4.1418482485 Å exist?", "refer_dataset": "table22", "column names": ["An", "En", "Lattice"], "condition_column": ["An", "En", "Lattice"], "answer_column": [], "condition": {"An": "1", "En": "2", "Lattice": "4.1418482485"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with {} atoms of element A, {} atoms of element E, and lattice parameter {} Å exist?"} +{"question": "Does the material with enthalpy per atom -6.48989, Badernet charges [0.0411, 0.0411, 0.7041, -0.3933, -0.393], and AFLOWLIB UID c22e773b842ae240 exist?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "bader_net_charges", "auid"], "condition_column": ["enthalpy_atom", "bader_net_charges", "auid"], "answer_column": [], "condition": {"enthalpy_atom": "-6.48989", "bader_net_charges": "[0.0411, 0.0411, 0.7041, -0.3933, -0.393]", "auid": "c22e773b842ae240"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with enthalpy per atom {}, Badernet charges {}, and AFLOWLIB UID {} exist?"} +{"question": "Does a material with a PBE mixing energy of 0.0 exhibit an HSE decomposition energy of 0.29 and a tolerance factor of 0.937?", "refer_dataset": "table49", "column names": ["PBE_mix_energy", "HSE_decomp_energy", "Tol"], "condition_column": ["PBE_mix_energy", "HSE_decomp_energy", "Tol"], "answer_column": [], "condition": {"PBE_mix_energy": "0.0", "HSE_decomp_energy": "0.29", "Tol": "0.937"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material with a PBE mixing energy of {} exhibit an HSE decomposition energy of {} and a tolerance factor of {}?"} +{"question": "Is there overlap in PBE0 and M06 predictions for HOMO-LUMO gaps of 0.158?", "refer_dataset": "table51", "column names": ["pbe0_gap", "m06_gap"], "condition_column": ["pbe0_gap"], "answer_column": ["m06_gap"], "condition": {"pbe0_gap": "0.158"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there overlap in PBE0 and M06 predictions for HOMO-LUMO gaps of {}?"} +{"question": "Is the hydrogen species identifier 1.0 associated with adsorbed H* (Hydrogen)?", "refer_dataset": "table18", "column names": ["a_key", "a"], "condition_column": ["a_key"], "answer_column": ["a"], "condition": {"a_key": "1.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the hydrogen species identifier {} associated with adsorbed H* (Hydrogen)?"} +{"question": "Is there a compound sourced from synthetic (common name Spinel (Li, Ti)) with unit cell formula - Li6 O32 Ti16 -?", "refer_dataset": "table38", "column names": ["compoundsource", "commonname", "cellformula"], "condition_column": ["compoundsource", "commonname", "cellformula"], "answer_column": [], "condition": {"compoundsource": "synthetic", "commonname": "Spinel (Li, Ti)", "cellformula": "- Li6 O32 Ti16 -"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound sourced from {} (common name {}) with unit cell formula {}?"} +{"question": "Is the argon partial pressure 0.7 atm when the C₂ yield is 9.5%?", "refer_dataset": "table23", "column names": ["PAr (atm)", "C2 yield (%)"], "condition_column": ["PAr (atm)", "C2 yield (%)"], "answer_column": [], "condition": {"PAr (atm)": "0.7", "C2 yield (%)": "9.5"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the argon partial pressure {} atm when the C₂ yield is {}%?"} +{"question": "Is the space group 186 (HALL: P6c-2c) associated with lattice parameters a4.533Åb4.533Åc7.270Åα90.000°β90.000°γ120.000° and a total of 6 atoms?", "refer_dataset": "table31", "column names": ["8", "10", "12", "4"], "condition_column": ["8", "10", "12", "4"], "answer_column": [], "condition": {"8": "186", "10": "P6c-2c", "12": "a4.533Åb4.533Åc7.270Åα90.000°β90.000°γ120.000°", "4": "6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the space group {} (HALL: {}) associated with lattice parameters {} and a total of {} atoms?"} +{"question": "Is there a material with space group 189, composed of ['Ac', 'Bi', 'Pb'] elements, and a total magnetization of 6.799999999999999e-06?", "refer_dataset": "table44", "column names": ["spg", "elements", "total_mag"], "condition_column": ["spg", "elements", "total_mag"], "answer_column": [], "condition": {"spg": "189", "elements": "['Ac', 'Bi', 'Pb']", "total_mag": "6.799999999999999e-06"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with space group {}, composed of {} elements, and a total magnetization of {}?"} +{"question": "Does any material contain 2 atoms of element B with a formation energy of 1.4 eV?", "refer_dataset": "table22", "column names": ["Bn", "Formation_E"], "condition_column": ["Bn", "Formation_E"], "answer_column": [], "condition": {"Bn": "2", "Formation_E": "1.4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material contain {} atoms of element B with a formation energy of {} eV?"} +{"question": "Is the synthesized structure Cu4C40H56I4N16 classified under sql topology and linked to doi https://doi.org/10.1039/C7CE01193H?", "refer_dataset": "table62", "column names": ["formula", "topology", "doi"], "condition_column": ["formula", "topology", "doi"], "answer_column": [], "condition": {"formula": "Cu4C40H56I4N16", "topology": "sql", "doi": "https://doi.org/10.1039/C7CE01193H"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the synthesized structure {} classified under {} topology and linked to doi {}?"} +{"question": "If the final energy is -155.44689227, does the material have a valence band maximum of 5.0019 and OptB88-vdW bandgap of -0.4756?", "refer_dataset": "table52", "column names": ["final_energy", "optb88vdw_vbm", "optb88vdw_bandgap"], "condition_column": ["final_energy", "optb88vdw_vbm", "optb88vdw_bandgap"], "answer_column": [], "condition": {"final_energy": "-155.44689227", "optb88vdw_vbm": "5.0019", "optb88vdw_bandgap": "-0.4756"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "If the final energy is {}, does the material have a valence band maximum of {} and OptB88-vdW bandgap of {}?"} +{"question": "A photocatalyst with molecular formula BaTi0.98Mo0.02O3, co-catalyst Pt(0.4 wt％), and dose 1.1 g L⁻¹ operates under Xe lamp(300W),simulated sunlight W light intensity.", "refer_dataset": "table1", "column names": ["Molecular formula", "Co-catalyst", "Photocatalyst dose(g L-1)", "Light intensity(W)"], "condition_column": ["Molecular formula", "Co-catalyst", "Photocatalyst dose(g L-1)", "Light intensity(W)"], "answer_column": [], "condition": {"Molecular formula": "BaTi0.98Mo0.02O3", "Co-catalyst": "Pt(0.4 wt％)", "Photocatalyst dose(g L-1)": "1.1", "Light intensity(W)": "Xe lamp(300W),simulated sunlight"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "A photocatalyst with molecular formula {}, co-catalyst {}, and dose {} g L⁻¹ operates under {} W light intensity."} +{"question": "Are substrates CO2,H2 converted into CH4 via reaction type methanation under conditions {'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}?", "refer_dataset": "table30", "column names": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "condition_column": ["Substrates", "Mainproduct", "ReactionType", "Reaction"], "answer_column": [], "condition": {"Substrates": "CO2,H2", "Mainproduct": "CH4", "ReactionType": "methanation", "Reaction": "{'Reaction': 'CO2methanation', 'Temperature': '250oC', 'Pressure': '1atm', 'FlowGasComposition': '10%CO2,40%H2,5%N2,45%He', 'GasFlowrate': '50mL/min', 'GHSV': 'nodata', 'Catalystmass': '100mg', 'TOF': 'nodata', 'Conversion': 'nodata', 'Selectivity': '97,2%', 'Yield': 'nodata', 'Article': 'IsolatedPlatinumAtomsinNi/γ-Al2O3forSelectiveHydrogenationofCO2towardCH4', 'Id': ''}"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are substrates {} converted into {} via reaction type {} under conditions {}?"} +{"question": "Is the pore limiting diameter of 4.75 Å linked to a minimum CO₂ adsorption capacity of 0.0239195?", "refer_dataset": "table50", "column names": ["pld", "min_co2_adsp"], "condition_column": ["pld", "min_co2_adsp"], "answer_column": [], "condition": {"pld": "4.75", "min_co2_adsp": "0.0239195"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the pore limiting diameter of {} Å linked to a minimum CO₂ adsorption capacity of {}?"} +{"question": "Is the material ID mp-1000 classified as a high-performance functional material (e_hull < 0.0, gap pbe > 1.5930000000000002, and mu_b > 7.9e-06)?", "refer_dataset": "table56", "column names": ["id", "e_hull", "gap pbe", "mu_b"], "condition_column": ["id", "e_hull", "gap pbe", "mu_b"], "answer_column": [], "condition": {"id": "mp-1000", "e_hull": "0.0", "gap pbe": "1.5930000000000002", "mu_b": "7.9e-06"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material ID {} classified as a high-performance functional material (e_hull < {}, gap pbe > {}, and mu_b > {})?"} +{"question": "Does the material with ID 4.0 have a dipole moment of 2.893699884414673, polarizability of 12.989999771118164, and HOMO energy of -9.806983947753906?", "refer_dataset": "table60", "column names": ["id", "mu", "alpha", "homo"], "condition_column": ["id", "mu", "alpha", "homo"], "answer_column": [], "condition": {"id": "4.0", "mu": "2.893699884414673", "alpha": "12.989999771118164", "homo": "-9.806983947753906"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {} have a dipole moment of {}, polarizability of {}, and HOMO energy of {}?"} +{"question": "Is reference mp-73 linked to elastic tensor properties of {'voigt_bulk_modulus': 105.42666666666666, 'voigt_shear_modulus': 28.138, 'reuss_bulk_modulus': 105.42666666666682, 'reuss_shear_modulus': 10.293338900623853, 'poisson_ratio': 0.4140868070735657, 'youngs_modulus': 54345249317.54531, 'universal_ansiotropy_ratio': 8.668062555627419, 'raw_et_tensor': [[111.82, 102.23, 102.23, 0.0, 0.0, -0.0], [102.23, 111.82, 102.23, -0.0, 0.0, -0.0], [102.23, 102.23, 111.82, -0.0, 0.0, -0.0], [0.0, -0.0, -0.0, 43.7, 0.0, -0.0], [0.0, 0.0, 0.0, 0.0, 43.7, -0.0], [-0.0, -0.0, -0.0, -0.0, -0.0, 43.7]]}?", "refer_dataset": "table53", "column names": ["ref", "elastic_tensor_data"], "condition_column": ["ref", "elastic_tensor_data"], "answer_column": [], "condition": {"ref": "mp-73", "elastic_tensor_data": "{'voigt_bulk_modulus': 105.42666666666666, 'voigt_shear_modulus': 28.138, 'reuss_bulk_modulus': 105.42666666666682, 'reuss_shear_modulus': 10.293338900623853, 'poisson_ratio': 0.4140868070735657, 'youngs_modulus': 54345249317.54531, 'universal_ansiotropy_ratio': 8.668062555627419, 'raw_et_tensor': [[111.82, 102.23, 102.23, 0.0, 0.0, -0.0], [102.23, 111.82, 102.23, -0.0, 0.0, -0.0], [102.23, 102.23, 111.82, -0.0, 0.0, -0.0], [0.0, -0.0, -0.0, 43.7, 0.0, -0.0], [0.0, 0.0, 0.0, 0.0, 43.7, -0.0], [-0.0, -0.0, -0.0, -0.0, -0.0, 43.7]]}"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is reference {} linked to elastic tensor properties of {}?"} +{"question": "Is 0.0% sacrificial agent with 200.0°C reaction temperature used to achieve 3.54775 mmol/g total yield?", "refer_dataset": "table7", "column names": ["SacrAgentPercent", "Rxn_Temp", "total"], "condition_column": ["SacrAgentPercent", "Rxn_Temp", "total"], "answer_column": [], "condition": {"SacrAgentPercent": "0.0", "Rxn_Temp": "200.0", "total": "3.54775"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is {}% sacrificial agent with {}°C reaction temperature used to achieve {} mmol/g total yield?"} +{"question": "Does increasing Rh (28.9%) and Pd (0.0%) reduce Onset potential to 0.470744 V?", "refer_dataset": "table15", "column names": ["Rh", "Pd", "Onset"], "condition_column": ["Rh", "Pd", "Onset"], "answer_column": [], "condition": {"Rh": "28.9", "Pd": "0.0", "Onset": "0.470744"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does increasing Rh ({}%) and Pd ({}%) reduce Onset potential to {} V?"} +{"question": "Does the material stored at location cgat_comp_2/ternaries/A3B3C10/runs/batch-001/Ge/Ge3Pb3Ac10/xxx_02a-00_agm005668244_spg189 have an indirect band gap of 0.0 eV?", "refer_dataset": "table44", "column names": ["location", "band_gap_ind"], "condition_column": ["location", "band_gap_ind"], "answer_column": [], "condition": {"location": "cgat_comp_2/ternaries/A3B3C10/runs/batch-001/Ge/Ge3Pb3Ac10/xxx_02a-00_agm005668244_spg189", "band_gap_ind": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material stored at location {} have an indirect band gap of {} eV?"} +{"question": "Does a MOF with a pore limiting diameter of 10.75 Å exhibit a maximum CO₂ adsorption capacity of 3.78977?", "refer_dataset": "table50", "column names": ["pld", "max_co2_adsp"], "condition_column": ["pld", "max_co2_adsp"], "answer_column": [], "condition": {"pld": "10.75", "max_co2_adsp": "3.78977"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a MOF with a pore limiting diameter of {} Å exhibit a maximum CO₂ adsorption capacity of {}?"} +{"question": "Does the compound [(LOEt)- Dy((R,R)-5-Cl-Salcy)]·CH3OH·1/8H2O (sub-family: 1100.0) have a coordination number of 7.0?", "refer_dataset": "table34", "column names": ["compound", "sub_family", "coordination_number"], "condition_column": ["compound", "sub_family", "coordination_number"], "answer_column": [], "condition": {"compound": "[(LOEt)- Dy((R,R)-5-Cl-Salcy)]·CH3OH·1/8H2O", "sub_family": "1100.0", "coordination_number": "7.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} (sub-family: {}) have a coordination number of {}?"} +{"question": "Are materials in space group 156 with HSE optical band gap 5.968427 eV exclusively NM magnetic?", "refer_dataset": "table63", "column names": ["Space_group_rlx", "Band_gap_HSE_optical", "Magnetic_ordering"], "condition_column": ["Space_group_rlx", "Band_gap_HSE_optical", "Magnetic_ordering"], "answer_column": [], "condition": {"Space_group_rlx": "156", "Band_gap_HSE_optical": "5.968427", "Magnetic_ordering": "NM"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are materials in space group {} with HSE optical band gap {} eV exclusively {} magnetic?"} +{"question": "Does the combination of surfactant type Triton X-100, surfactant % wt. 2.0, and solvent type Ethylene glycol exist?", "refer_dataset": "table42", "column names": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "condition_column": ["Surfactant type", "Surfactant, % wt.", "Solvent type"], "answer_column": [], "condition": {"Surfactant type": "Triton X-100", "Surfactant, % wt.": "2.0", "Solvent type": "Ethylene glycol"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the combination of surfactant type {}, surfactant % wt. {}, and solvent type {} exist?"} +{"question": "Is a calcination temperature setting of 600°C used with an aging time duration of 4 hours?", "refer_dataset": "table11", "column names": ["CT (℃)", "AH (h)"], "condition_column": ["CT (℃)", "AH (h)"], "answer_column": [], "condition": {"CT (℃)": "600", "AH (h)": "4"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a calcination temperature setting of {}°C used with an aging time duration of {} hours?"} +{"question": "Is there a compound in the Tetragonal lattice system with a volume below 129.33600Å3 cubic angstroms?", "refer_dataset": "table31", "column names": ["11", "5"], "condition_column": ["11", "5"], "answer_column": [], "condition": {"11": "Tetragonal", "5": "129.33600Å3"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a compound in the {} lattice system with a volume below {} cubic angstroms?"} +{"question": "Does the compound SnS exhibit a formation energy (e_form) below -0.4952926895312508 and elastic anisotropy less than 14.004436456547142?", "refer_dataset": "table56", "column names": ["formula", "e_form", "elastic anisotropy"], "condition_column": ["formula", "e_form", "elastic anisotropy"], "answer_column": [], "condition": {"formula": "SnS", "e_form": "-0.4952926895312508", "elastic anisotropy": "14.004436456547142"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the compound {} exhibit a formation energy (e_form) below {} and elastic anisotropy less than {}?"} +{"question": "Does the material with ID 7ce839a90e3e4e47-desc, energy cutoff [516], and enthalpy per atom -4.19199 have a Badernet charge of [1.5268, 1.5268, 1.5268, 1.5268, 1.3232, 1.3232, 1.3232, 1.3232, -1.1874, -1.1874, -1.1874, -1.1874, -1.6626, -1.6626, -1.6626, -1.6626]?", "refer_dataset": "table43", "column names": ["id", "energy_cutoff", "enthalpy_atom", "bader_net_charges"], "condition_column": ["id", "energy_cutoff", "enthalpy_atom", "bader_net_charges"], "answer_column": [], "condition": {"id": "7ce839a90e3e4e47-desc", "energy_cutoff": "[516]", "enthalpy_atom": "-4.19199", "bader_net_charges": "[1.5268, 1.5268, 1.5268, 1.5268, 1.3232, 1.3232, 1.3232, 1.3232, -1.1874, -1.1874, -1.1874, -1.1874, -1.6626, -1.6626, -1.6626, -1.6626]"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material with ID {}, energy cutoff {}, and enthalpy per atom {} have a Badernet charge of {}?"} +{"question": "Does MOF type COMP with noble metal present require a reactor volume of 400.0 mL?", "refer_dataset": "table7", "column names": ["MOF_Type", "Noble_Metal", "Reactor_Volume"], "condition_column": ["MOF_Type", "Noble_Metal", "Reactor_Volume"], "answer_column": [], "condition": {"MOF_Type": "COMP", "Noble_Metal": "present", "Reactor_Volume": "400.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does MOF type {} with noble metal {} require a reactor volume of {} mL?"} +{"question": "Is there a material with 6 host A-site atoms, Shannon radii of 0.89, and a B-site s-orbital unfilled range of 0?", "refer_dataset": "table37", "column names": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "condition_column": ["num_of_atoms_host_Asite0", "shannon_radii_host_Asite0", "Bsite_NsUnfilled_range"], "answer_column": [], "condition": {"num_of_atoms_host_Asite0": "6", "shannon_radii_host_Asite0": "0.89", "Bsite_NsUnfilled_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material with {} host A-site atoms, Shannon radii of {}, and a B-site s-orbital unfilled range of {}?"} +{"question": "Is there a crystal with lattice parameters a = 3.8203, b = 3.88548, and c = 11.68349 in the same entry?", "refer_dataset": "table38", "column names": ["a", "b", "c"], "condition_column": ["a", "b", "c"], "answer_column": [], "condition": {"a": "3.8203", "b": "3.88548", "c": "11.68349"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a crystal with lattice parameters a = {}, b = {}, and c = {} in the same entry?"} +{"question": "Is there a scenario where support material La2O3, M3 element W, and CO2 yield 21.9% are present?", "refer_dataset": "table25", "column names": ["Support", "M3", "CO2 yield (%)"], "condition_column": ["Support", "M3", "CO2 yield (%)"], "answer_column": [], "condition": {"Support": "La2O3", "M3": "W", "CO2 yield (%)": "21.9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a scenario where support material {}, M3 element {}, and CO2 yield {}% are present?"} +{"question": "Do materials with Mn as the primary B site element, Fe as the secondary B site, and a formation energy below -1.49147175024 eV/atom exist?", "refer_dataset": "table35", "column names": ["B site #1", "B site #2", "formation_energy (eV/atom)"], "condition_column": ["B site #1", "B site #2", "formation_energy (eV/atom)"], "answer_column": [], "condition": {"B site #1": "Mn", "B site #2": "Fe", "formation_energy (eV/atom)": "-1.49147175024"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Do materials with {} as the primary B site element, {} as the secondary B site, and a formation energy below {} eV/atom exist?"} +{"question": "Does material SiO2 modeled via potential ffield.TiON.comb3 have a bulk modulus of -79.82266666666665?", "refer_dataset": "table53", "column names": ["formula", "func", "kv"], "condition_column": ["formula", "func", "kv"], "answer_column": [], "condition": {"formula": "SiO2", "func": "ffield.TiON.comb3", "kv": "-79.82266666666665"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does material {} modeled via potential {} have a bulk modulus of {}?"} +{"question": "Does any material have element H (atomic number 7) paired with element H in a structure with volume 70.4207718211 ų?", "refer_dataset": "table22", "column names": ["C", "C_AtomN", "D", "Volume"], "condition_column": ["C", "C_AtomN", "D", "Volume"], "answer_column": [], "condition": {"C": "H", "C_AtomN": "7", "D": "H", "Volume": "70.4207718211"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have element {} (atomic number {}) paired with element {} in a structure with volume {} ų?"} +{"question": "Is the CO₂ absolute adsorption amount of [0.0496126, 0.250396, 0.565879, 1.22214, 4.87727] at [0.01, 0.05, 0.1, 0.5, 2.5] bar pressure associated with a pore limiting diameter of 8.25 Å?", "refer_dataset": "table50", "column names": ["co2_absp", "co2_pressures", "pld"], "condition_column": ["co2_absp", "co2_pressures", "pld"], "answer_column": [], "condition": {"co2_absp": "[0.0496126, 0.250396, 0.565879, 1.22214, 4.87727]", "co2_pressures": "[0.01, 0.05, 0.1, 0.5, 2.5]", "pld": "8.25"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the CO₂ absolute adsorption amount of {} at {} bar pressure associated with a pore limiting diameter of {} Å?"} +{"question": "Are there compositions with Composition TiRe and Dope H having CH3Ead -0.2309165998?", "refer_dataset": "table24", "column names": ["Composition", "Dope", "CH3Ead"], "condition_column": ["Composition", "Dope", "CH3Ead"], "answer_column": [], "condition": {"Composition": "TiRe", "Dope": "H", "CH3Ead": "-0.2309165998"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there compositions with Composition {} and Dope {} having CH3Ead {}?"} +{"question": "Is there a molecular formula LaMg0.4Cr0.6O3 with a preparation method identifier of 3?", "refer_dataset": "table11", "column names": ["Molecular formulas", "PM"], "condition_column": ["Molecular formulas", "PM"], "answer_column": [], "condition": {"Molecular formulas": "LaMg0.4Cr0.6O3", "PM": "3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a molecular formula {} with a preparation method identifier of {}?"} +{"question": "Was potential ffield.TiON.comb3 used to derive both elastic tensor data {'voigt_bulk_modulus': -345.1877777777778, 'voigt_shear_modulus': -79.82266666666665, 'reuss_bulk_modulus': -572.121654327387, 'reuss_shear_modulus': 40.06424826308788, 'poisson_ratio': 0.47863742113650115, 'youngs_modulus': -58788285256.73372, 'universal_ansiotropy_ratio': -15.358485757602455, 'raw_et_tensor': [[1090.88, -196.23, 1895.69, -846.61, -479.48, 76.98], [-196.23, -1344.29, -2168.61, 773.48, 577.39, -60.85], [1895.69, -2168.61, -1914.98, 805.81, 138.59, -62.28], [-846.61, 773.48, 805.81, 226.56, -16.8, -17.14], [-479.48, 577.39, 138.59, -16.8, -59.59, -24.73], [76.98, -60.85, -62.28, -17.14, -24.73, 0.33]]} and shear modulus -9719.29933333333?", "refer_dataset": "table53", "column names": ["func", "elastic_tensor_data", "gv"], "condition_column": ["func", "elastic_tensor_data", "gv"], "answer_column": [], "condition": {"func": "ffield.TiON.comb3", "elastic_tensor_data": "{'voigt_bulk_modulus': -345.1877777777778, 'voigt_shear_modulus': -79.82266666666665, 'reuss_bulk_modulus': -572.121654327387, 'reuss_shear_modulus': 40.06424826308788, 'poisson_ratio': 0.47863742113650115, 'youngs_modulus': -58788285256.73372, 'universal_ansiotropy_ratio': -15.358485757602455, 'raw_et_tensor': [[1090.88, -196.23, 1895.69, -846.61, -479.48, 76.98], [-196.23, -1344.29, -2168.61, 773.48, 577.39, -60.85], [1895.69, -2168.61, -1914.98, 805.81, 138.59, -62.28], [-846.61, 773.48, 805.81, 226.56, -16.8, -17.14], [-479.48, 577.39, 138.59, -16.8, -59.59, -24.73], [76.98, -60.85, -62.28, -17.14, -24.73, 0.33]]}", "gv": "-9719.29933333333"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was potential {} used to derive both elastic tensor data {} and shear modulus {}?"} +{"question": "Does an SBET of 88.0 m²/g and loading of 0.142857143 g/l under UV–VIS light source achieve 3.695 μmol/g/h?", "refer_dataset": "table10", "column names": ["SBET (m2 /g)", "loading (g/l)", "light source", "Yield (μmol/g/h)"], "condition_column": ["SBET (m2 /g)", "loading (g/l)", "light source", "Yield (μmol/g/h)"], "answer_column": [], "condition": {"SBET (m2 /g)": "88.0", "loading (g/l)": "0.142857143", "light source": "UV–VIS", "Yield (μmol/g/h)": "3.695"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an SBET of {} m²/g and loading of {} g/l under {} light source achieve {} μmol/g/h?"} +{"question": "Does the Li phase include 2 atoms, have a final energy of -16.50027818617251, and belong to space group symbol Pm-3m?", "refer_dataset": "table59", "column names": ["formula", "natoms", "final_energy", "spacegroup_symbol"], "condition_column": ["formula", "natoms", "final_energy", "spacegroup_symbol"], "answer_column": [], "condition": {"formula": "Li", "natoms": "2", "final_energy": "-16.50027818617251", "spacegroup_symbol": "Pm-3m"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the {} phase include {} atoms, have a final energy of {}, and belong to space group symbol {}?"} +{"question": "Is there a material where element A’s first ionization energy (I1a) is 6.113 eV and element B’s electron affinity (EAb) is 7.6 eV?", "refer_dataset": "table2", "column names": ["I1a", "EAb"], "condition_column": ["I1a", "EAb"], "answer_column": [], "condition": {"I1a": "6.113", "EAb": "7.6"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material where element A’s first ionization energy (I1a) is {} eV and element B’s electron affinity (EAb) is {} eV?"} +{"question": "Does a Bi-based photocatalyst with Bi2MoO6 m²/g SBET and 5.44 g/l loading produce 0.25 μmol/g/h CO?", "refer_dataset": "table10", "column names": ["Bi type in photocatalyst", "SBET (m2 /g)", "loading (g/l)", "Yield (μmol/g/h)"], "condition_column": ["Bi type in photocatalyst", "SBET (m2 /g)", "loading (g/l)"], "answer_column": ["Yield (μmol/g/h)"], "condition": {"Bi type in photocatalyst": "Bi2MoO6", "SBET (m2 /g)": "5.44", "loading (g/l)": "0.25"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a Bi-based photocatalyst with {} m²/g SBET and {} g/l loading produce {} μmol/g/h CO?"} +{"question": "Does a material have both an enthalpy per atom of -5.88996 and a corrected band gap (egap_fit) of 0.0?", "refer_dataset": "table43", "column names": ["enthalpy_atom", "egap_fit"], "condition_column": ["enthalpy_atom", "egap_fit"], "answer_column": [], "condition": {"enthalpy_atom": "-5.88996", "egap_fit": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a material have both an enthalpy per atom of {} and a corrected band gap (egap_fit) of {}?"} +{"question": "Does the paper in journal Optics Express 15, 8797 (2007). belong to the \"astro-ph\" category?", "refer_dataset": "table45", "column names": ["journal-ref", "categories"], "condition_column": ["journal-ref", "categories"], "answer_column": [], "condition": {"journal-ref": "Optics Express 15, 8797 (2007).", "categories": "astro-ph"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the paper in journal {} belong to the \"{}\" category?"} +{"question": "Are there materials with heat capacity (Cv) of 8.75100040435791, Gibbs free energy (G) of -19.51924514770508, and enthalpy (H) of -21.132198333740234?", "refer_dataset": "table60", "column names": ["Cv", "G", "H"], "condition_column": ["Cv", "G", "H"], "answer_column": [], "condition": {"Cv": "8.75100040435791", "G": "-19.51924514770508", "H": "-21.132198333740234"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there materials with heat capacity (Cv) of {}, Gibbs free energy (G) of {}, and enthalpy (H) of {}?"} +{"question": "Is there a functionalized (Functionalization=1), nanostructured catalyst in the p-metal/(hydro)oxide material family with overpotential 1.0 V?", "refer_dataset": "table12", "column names": ["Material Family", "Functionalization", "Nanostructuring", "overpotential V"], "condition_column": ["Material Family", "Functionalization"], "answer_column": ["Nanostructuring", "overpotential V"], "condition": {"Material Family": "p-metal/(hydro)oxide", "Functionalization": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a functionalized (Functionalization=1), nanostructured catalyst in the {} material family with overpotential {} V?"} +{"question": "Does SNUMAT ID SM-13307 correspond to a HSE-derived optical band gap of 2.143879 eV?", "refer_dataset": "table63", "column names": ["SNUMAT_id", "Band_gap_HSE_optical"], "condition_column": ["SNUMAT_id", "Band_gap_HSE_optical"], "answer_column": [], "condition": {"SNUMAT_id": "SM-13307", "Band_gap_HSE_optical": "2.143879"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does SNUMAT ID {} correspond to a HSE-derived optical band gap of {} eV?"} +{"question": "Is the sample with id 5 characterized by an electronic polarizability of -7.62159225156539, dipole moment of 0.14680008939016, and statistical correlation coefficient of -4.06692710208782?", "refer_dataset": "table61", "column names": ["id", "alpha", "mu", "R2"], "condition_column": ["id", "alpha", "mu", "R2"], "answer_column": [], "condition": {"id": "5", "alpha": "-7.62159225156539", "mu": "0.14680008939016", "R2": "-4.06692710208782"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the sample with id {} characterized by an electronic polarizability of {}, dipole moment of {}, and statistical correlation coefficient of {}?"} +{"question": "Are catalysts using M1=Mn, M2=Na, and support BN achieving C2 selectivity over 28.59%?", "refer_dataset": "table17", "column names": ["M1", "M2", "Support", "C2s"], "condition_column": ["M1", "M2", "Support", "C2s"], "answer_column": [], "condition": {"M1": "Mn", "M2": "Na", "Support": "BN", "C2s": "28.59"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are catalysts using M1={}, M2={}, and support {} achieving C2 selectivity over {}%?"} +{"question": "Is the combination of NPR1 standard deviation 0.004260471, PMI3 mean 430.5612214527702, and inertial shape factor mean 0.001873224 present?", "refer_dataset": "table41", "column names": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "condition_column": ["npr1_std_0", "pmi3_mean_0", "inertial_shape_factor_mean_0"], "answer_column": [], "condition": {"npr1_std_0": "0.004260471", "pmi3_mean_0": "430.5612214527702", "inertial_shape_factor_mean_0": "0.001873224"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the combination of NPR1 standard deviation {}, PMI3 mean {}, and inertial shape factor mean {} present?"} +{"question": "Does Composition BeN in Base Be have ReactionE -0.1545919018 and CH3Ead -2.4301610344?", "refer_dataset": "table24", "column names": ["Composition", "Base", "ReactionE", "CH3Ead"], "condition_column": ["Composition", "Base", "ReactionE", "CH3Ead"], "answer_column": [], "condition": {"Composition": "BeN", "Base": "Be", "ReactionE": "-0.1545919018", "CH3Ead": "-2.4301610344"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does Composition {} in Base {} have ReactionE {} and CH3Ead {}?"} +{"question": "Has a perovskite using B site Ti in cycle2 measurement of 397 been tested for 1.0 hours?", "refer_dataset": "table5", "column names": ["B site", "cycle2", "Duration of cycles (h)"], "condition_column": ["B site", "cycle2", "Duration of cycles (h)"], "answer_column": [], "condition": {"B site": "Ti", "cycle2": "397", "Duration of cycles (h)": "1.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Has a perovskite using B site {} in cycle2 measurement of {} been tested for {} hours?"} +{"question": "At 775℃, does the carbon monoxide yield reach 12,2%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "775", "CO yield(%)": "12,2"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At {}℃, does the carbon monoxide yield reach {}%?"} +{"question": "Does a density of element A (ρa) 3.62 g/cm³ occur in a material with molar mass (M) 234.14 g/mol and electronegativity of B (χpb) 1.55?", "refer_dataset": "table2", "column names": ["ρa", "M", "χpb"], "condition_column": ["ρa", "M", "χpb"], "answer_column": [], "condition": {"ρa": "3.62", "M": "234.14", "χpb": "1.55"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a density of element A (ρa) {} g/cm³ occur in a material with molar mass (M) {} g/mol and electronegativity of B (χpb) {}?"} +{"question": "Is there a perovskite with a cycle duration of 10.0 hours and reference code [A153]?", "refer_dataset": "table5", "column names": ["Duration of cycles (h)", "Ref"], "condition_column": ["Duration of cycles (h)", "Ref"], "answer_column": [], "condition": {"Duration of cycles (h)": "10.0", "Ref": "[A153]"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a perovskite with a cycle duration of {} hours and reference code {}?"} +{"question": "Are molecules with volume mean 119.4194285714286 consistently linked to volume standard deviation 0.1859945138536982?", "refer_dataset": "table41", "column names": ["volume_mean_0", "volume_std_0"], "condition_column": ["volume_mean_0", "volume_std_0"], "answer_column": [], "condition": {"volume_mean_0": "119.4194285714286", "volume_std_0": "0.1859945138536982"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are molecules with volume mean {} consistently linked to volume standard deviation {}?"} +{"question": "Is a pH level of 3.0 linked to a degradation rate exceeding 67.0%?", "refer_dataset": "table8", "column names": ["pH", "Degradation rate(%)"], "condition_column": ["pH", "Degradation rate(%)"], "answer_column": [], "condition": {"pH": "3.0", "Degradation rate(%)": "67.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a pH level of {} linked to a degradation rate exceeding {}%?"} +{"question": "Is there a material in space group symbol Pbca with spillage na and SLME efficiency 32.6?", "refer_dataset": "table47", "column names": ["spg_symbol", "spillage", "slme"], "condition_column": ["spg_symbol", "spillage", "slme"], "answer_column": [], "condition": {"spg_symbol": "Pbca", "spillage": "na", "slme": "32.6"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a material in space group symbol {} with spillage {} and SLME efficiency {}?"} +{"question": "Is the SCF valence band maximum 2.665 identical to the surface valence band maximum 2.8055?", "refer_dataset": "table66", "column names": ["scf_vbm", "surf_vbm"], "condition_column": ["scf_vbm", "surf_vbm"], "answer_column": [], "condition": {"scf_vbm": "2.665", "surf_vbm": "2.8055"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the SCF valence band maximum {} identical to the surface valence band maximum {}?"} +{"question": "Is job ID JLMP-1105 linked to formula Pb through reference mp-20483?", "refer_dataset": "table53", "column names": ["jid", "formula", "ref"], "condition_column": ["jid", "formula", "ref"], "answer_column": [], "condition": {"jid": "JLMP-1105", "formula": "Pb", "ref": "mp-20483"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is job ID {} linked to formula {} through reference {}?"} +{"question": "In job ID JVASP-25167, is the chemical potential of element Cl measured as -0.1317940675?", "refer_dataset": "table68", "column names": ["jid", "symbol", "chem_pot"], "condition_column": ["jid", "symbol", "chem_pot"], "answer_column": [], "condition": {"jid": "JVASP-25167", "symbol": "Cl", "chem_pot": "-0.1317940675"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "In job ID {}, is the chemical potential of element {} measured as {}?"} +{"question": "Is a support of SiO2 combined with M3=Sr associated with CO yield 13,2% and C₂H6 2,9%?", "refer_dataset": "table27", "column names": ["Support", "M3", "CO yield(%)", "C2H6 yield(%)"], "condition_column": ["Support", "M3", "CO yield(%)", "C2H6 yield(%)"], "answer_column": [], "condition": {"Support": "SiO2", "M3": "Sr", "CO yield(%)": "13,2", "C2H6 yield(%)": "2,9"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a support of {} combined with M3={} associated with CO yield {}% and C₂H6 {}%?"} +{"question": "Is the license type http://arxiv.org/licenses/nonexclusive-distrib/1.0/ used for papers with comments \"To appear in Graphs and Combinatorics\"?", "refer_dataset": "table45", "column names": ["license", "comments"], "condition_column": ["license", "comments"], "answer_column": [], "condition": {"license": "http://arxiv.org/licenses/nonexclusive-distrib/1.0/", "comments": "To appear in Graphs and Combinatorics"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the license type {} used for papers with comments \"{}\"?"} +{"question": "Does M1 = Zn with support La2O3 under 15 mL/min total flow result in methane conversion exceeding 13.42121103%?", "refer_dataset": "table21", "column names": ["M1", "Support", "Total flow(mL/min)", "CH4 conversion (%)"], "condition_column": ["M1", "Support", "Total flow(mL/min)", "CH4 conversion (%)"], "answer_column": [], "condition": {"M1": "Zn", "Support": "La2O3", "Total flow(mL/min)": "15", "CH4 conversion (%)": "13.42121103"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does M1 = {} with support {} under {} mL/min total flow result in methane conversion exceeding {}%?"} +{"question": "Does a band gap of 3.304 eV correspond to UV light irradiation?", "refer_dataset": "table7", "column names": ["Band_gap", "Light"], "condition_column": ["Band_gap", "Light"], "answer_column": [], "condition": {"Band_gap": "3.304", "Light": "UV"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a band gap of {} eV correspond to {} light irradiation?"} +{"question": "Is the chemical formula Th (ID 465) associated with a formula energy of -2.84179646508?", "refer_dataset": "table64", "column names": ["formula", "id", "formula_energy"], "condition_column": ["formula", "id", "formula_energy"], "answer_column": [], "condition": {"formula": "Th", "id": "465", "formula_energy": "-2.84179646508"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the chemical formula {} (ID {}) associated with a formula energy of {}?"} +{"question": "Is there a sample with internal energy 5.74085587987803 and enthalpy of 5.73468965326116?", "refer_dataset": "table61", "column names": ["U", "H"], "condition_column": ["U", "H"], "answer_column": [], "condition": {"U": "5.74085587987803", "H": "5.73468965326116"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample with internal energy {} and enthalpy of {}?"} +{"question": "Under 850℃, a CH4/O₂ ratio of 3, and furnace length of 270 mm, is CO yield 13,2%?", "refer_dataset": "table27", "column names": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "condition_column": ["Temp(℃)", "CH4/O2 ratio", "furnace length(mm)", "CO yield(%)"], "answer_column": [], "condition": {"Temp(℃)": "850", "CH4/O2 ratio": "3", "furnace length(mm)": "270", "CO yield(%)": "13,2"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Under {}℃, a CH4/O₂ ratio of {}, and furnace length of {} mm, is CO yield {}%?"} +{"question": "Does the material Ba2La6Co8O24 have a Goldschmidt TF of 1.03409787041, formation energy of -1.66353766833, and B-site d-orbital range of 0?", "refer_dataset": "table37", "column names": ["Material Composition", "goldschmidt_TF", "Formation_energy", "Bsite_NdValence_range"], "condition_column": ["Material Composition", "goldschmidt_TF", "Formation_energy", "Bsite_NdValence_range"], "answer_column": [], "condition": {"Material Composition": "Ba2La6Co8O24", "goldschmidt_TF": "1.03409787041", "Formation_energy": "-1.66353766833", "Bsite_NdValence_range": "0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material {} have a Goldschmidt TF of {}, formation energy of {}, and B-site d-orbital range of {}?"} +{"question": "Does the formula VSe2 correspond to a unit cell containing 24 atoms?", "refer_dataset": "table47", "column names": ["formula", "nat"], "condition_column": ["formula", "nat"], "answer_column": [], "condition": {"formula": "VSe2", "nat": "24"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the formula {} correspond to a unit cell containing {} atoms?"} +{"question": "Does the sample with id 9 have a dipole moment of -1.30193535262703?", "refer_dataset": "table61", "column names": ["id", "mu"], "condition_column": ["id", "mu"], "answer_column": [], "condition": {"id": "9", "mu": "-1.30193535262703"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the sample with id {} have a dipole moment of {}?"} +{"question": "Is there a Transition Metal with a ground state bandgap of 1.625 eV?", "refer_dataset": "table36", "column names": ["GSbandgap", "IsTransition Metal"], "condition_column": ["GSbandgap"], "answer_column": ["IsTransition Metal"], "condition": {"GSbandgap": "1.625"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a Transition Metal with a ground state bandgap of {} eV?"} +{"question": "Is the formation enthalpy at 0K for job ID cc-513 recorded as na kJ/mol?", "refer_dataset": "table46", "column names": ["jid", "enthalpy_formation_0K"], "condition_column": ["jid", "enthalpy_formation_0K"], "answer_column": [], "condition": {"jid": "cc-513", "enthalpy_formation_0K": "na"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the formation enthalpy at 0K for job ID {} recorded as {} kJ/mol?"} +{"question": "Is ID 14511 assigned to formula Pb0.5Ca1Sr2Y0.5Cu2O6.97 with a recorded Tc of 55.0 K?", "refer_dataset": "table65", "column names": ["id", "formula", "Tc"], "condition_column": ["id", "formula", "Tc"], "answer_column": [], "condition": {"id": "14511", "formula": "Pb0.5Ca1Sr2Y0.5Cu2O6.97", "Tc": "55.0"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is ID {} assigned to formula {} with a recorded Tc of {} K?"} +{"question": "Are there entries with M2 B, Support Al, and Par 0.0 atm in Type Literature?", "refer_dataset": "table28", "column names": ["M2", "Support", "Par", "Type"], "condition_column": ["M2", "Support", "Par", "Type"], "answer_column": [], "condition": {"M2": "B", "Support": "Al", "Par": "0.0", "Type": "Literature"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there entries with M2 {}, Support {}, and Par {} atm in Type {}?"} +{"question": "Was potential ffield.comb used to derive both elastic tensor data {'voigt_bulk_modulus': 68.24777777777778, 'voigt_shear_modulus': 46.25066666666667, 'reuss_bulk_modulus': 67.53342620527025, 'reuss_shear_modulus': 44.29290358564331, 'poisson_ratio': 0.22721660602318614, 'youngs_modulus': 111116572982.26178, 'universal_ansiotropy_ratio': 0.2315796381060542, 'raw_et_tensor': [[140.8, 38.3, 32.26, -5.81, -1.68, 14.79], [38.3, 140.8, 32.26, 5.81, -0.0, -0.0], [32.26, 32.26, 126.99, -0.0, -0.0, -0.0], [-5.81, 5.81, -0.0, 39.04, -0.0, -0.0], [-1.68, -0.0, -0.0, -0.0, 39.04, -5.81], [14.79, -0.0, -0.0, -0.0, -5.81, 51.25]]} and shear modulus 46.25066666666667?", "refer_dataset": "table53", "column names": ["func", "elastic_tensor_data", "gv"], "condition_column": ["func", "elastic_tensor_data", "gv"], "answer_column": [], "condition": {"func": "ffield.comb", "elastic_tensor_data": "{'voigt_bulk_modulus': 68.24777777777778, 'voigt_shear_modulus': 46.25066666666667, 'reuss_bulk_modulus': 67.53342620527025, 'reuss_shear_modulus': 44.29290358564331, 'poisson_ratio': 0.22721660602318614, 'youngs_modulus': 111116572982.26178, 'universal_ansiotropy_ratio': 0.2315796381060542, 'raw_et_tensor': [[140.8, 38.3, 32.26, -5.81, -1.68, 14.79], [38.3, 140.8, 32.26, 5.81, -0.0, -0.0], [32.26, 32.26, 126.99, -0.0, -0.0, -0.0], [-5.81, 5.81, -0.0, 39.04, -0.0, -0.0], [-1.68, -0.0, -0.0, -0.0, 39.04, -5.81], [14.79, -0.0, -0.0, -0.0, -5.81, 51.25]]}", "gv": "46.25066666666667"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Was potential {} used to derive both elastic tensor data {} and shear modulus {}?"} +{"question": "At a calcination temperature of 600°C and experimental temp 25°C, does the degradation rate reach 71.0%?", "refer_dataset": "table8", "column names": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "condition_column": ["Calcination temperature(°C)", "Experimental temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Calcination temperature(°C)": "600", "Experimental temperature(°C)": "25", "Degradation rate(%)": "71.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "At a calcination temperature of {}°C and experimental temp {}°C, does the degradation rate reach {}%?"} +{"question": "Material BaTi0.97Mo0.03O3 has a hydrogen production rate of 3.1 µmol h⁻¹ g⁻¹, a Ra/Rb ratio of 2.013, and a density (A) of 3.62 g/cm³.", "refer_dataset": "table3", "column names": ["Materials", "RH2(µmol h-1 g-1)", "Ra/Rb", "ρa"], "condition_column": ["Materials", "RH2(µmol h-1 g-1)", "Ra/Rb", "ρa"], "answer_column": [], "condition": {"Materials": "BaTi0.97Mo0.03O3", "RH2(µmol h-1 g-1)": "3.1", "Ra/Rb": "2.013", "ρa": "3.62"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} has a hydrogen production rate of {} µmol h⁻¹ g⁻¹, a Ra/Rb ratio of {}, and a density (A) of {} g/cm³."} +{"question": "Material CaTi0.97Cu0.03O3 exhibits a first ionization energy (A) of 5.212 kJ/mol, electron affinity (A) of 14.0 kJ/mol, and density (A) of 3.62 g/cm³.", "refer_dataset": "table3", "column names": ["Materials", "I1a", "EAa", "ρa"], "condition_column": ["Materials", "I1a", "EAa", "ρa"], "answer_column": [], "condition": {"Materials": "CaTi0.97Cu0.03O3", "I1a": "5.212", "EAa": "14.0", "ρa": "3.62"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Material {} exhibits a first ionization energy (A) of {} kJ/mol, electron affinity (A) of {} kJ/mol, and density (A) of {} g/cm³."} +{"question": "Does any material have an atomic radius (A) of 104.31 Å and a density (A) of 5.89 g/cm³?", "refer_dataset": "table3", "column names": ["Ra", "ρa"], "condition_column": ["Ra", "ρa"], "answer_column": [], "condition": {"Ra": "104.31", "ρa": "5.89"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any material have an atomic radius (A) of {} Å and a density (A) of {} g/cm³?"} +{"question": "Is the material with ID mp-10000 stabilized (e_hull < 0.2892907408333301) and electronically insulating (gap pbe > 0.0) with a shear modulus of 73.9131569870325?", "refer_dataset": "table56", "column names": ["id", "e_hull", "gap pbe", "shear modulus"], "condition_column": ["id", "e_hull", "gap pbe", "shear modulus"], "answer_column": [], "condition": {"id": "mp-10000", "e_hull": "0.2892907408333301", "gap pbe": "0.0", "shear modulus": "73.9131569870325"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the material with ID {} stabilized (e_hull < {}) and electronically insulating (gap pbe > {}) with a shear modulus of {}?"} +{"question": "Is the energy above hull for material Ba6Ta2Mn6Zn2O24 greater than 291.384615991 meV/atom?", "refer_dataset": "table35", "column names": ["Material Composition", "energy_above_hull (meV/atom)"], "condition_column": ["Material Composition", "energy_above_hull (meV/atom)"], "answer_column": [], "condition": {"Material Composition": "Ba6Ta2Mn6Zn2O24", "energy_above_hull (meV/atom)": "291.384615991"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the energy above hull for material {} greater than {} meV/atom?"} +{"question": "Does the material composed of ['Ac'] elements with formation energy 1.6356292 eV exhibit phase separation energy of 1.6356292 eV?", "refer_dataset": "table44", "column names": ["elements", "e_form", "e_phase_separation"], "condition_column": ["elements", "e_form", "e_phase_separation"], "answer_column": [], "condition": {"elements": "['Ac']", "e_form": "1.6356292", "e_phase_separation": "1.6356292"}, "tool": "making_judge", "answer": "true", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the material composed of {} elements with formation energy {} eV exhibit phase separation energy of {} eV?"} +{"question": "Is the void fraction of 0.7060609999999999 correlated with a surface area of 3087.3 m²/g?", "refer_dataset": "table50", "column names": ["void_fraction", "surface_area_m2g"], "condition_column": ["void_fraction", "surface_area_m2g"], "answer_column": [], "condition": {"void_fraction": "0.7060609999999999", "surface_area_m2g": "3087.3"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is the void fraction of {} correlated with a surface area of {} m²/g?"} +{"question": "Does the HEA with 18.7% Pt, 27.5% Ru, and 24.5% Pd have an Onset potential of 0.544708 V?", "refer_dataset": "table15", "column names": ["Pt", "Ru", "Pd", "Onset"], "condition_column": ["Pt", "Ru", "Pd", "Onset"], "answer_column": [], "condition": {"Pt": "18.7", "Ru": "27.5", "Pd": "24.5", "Onset": "0.544708"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the HEA with {}% Pt, {}% Ru, and {}% Pd have an Onset potential of {} V?"} +{"question": "Are there any stable materials (stability > 0.405690829361882) with a band gap below 0.0 eV?", "refer_dataset": "table57", "column names": ["_oqmd_stability", "_oqmd_band_gap"], "condition_column": ["_oqmd_stability", "_oqmd_band_gap"], "answer_column": [], "condition": {"_oqmd_stability": "0.405690829361882", "_oqmd_band_gap": "0.0"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Are there any stable materials (stability > {}) with a band gap below {} eV?"} +{"question": "Is a CH4Ead value of 1.5010630936 observed for dopant Li?", "refer_dataset": "table24", "column names": ["CH4Ead", "Dope"], "condition_column": ["CH4Ead", "Dope"], "answer_column": [], "condition": {"CH4Ead": "1.5010630936", "Dope": "Li"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is a CH4Ead value of {} observed for dopant {}?"} +{"question": "Does an experimental temperature of 0°C yield a degradation rate below 59.7%?", "refer_dataset": "table8", "column names": ["Experimental temperature(°C)", "Degradation rate(%)"], "condition_column": ["Experimental temperature(°C)", "Degradation rate(%)"], "answer_column": [], "condition": {"Experimental temperature(°C)": "0", "Degradation rate(%)": "59.7"}, "tool": "making_judge", "answer": "false", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does an experimental temperature of {}°C yield a degradation rate below {}%?"} +{"question": "Does the post-simulation structure {'lattice_mat': [[8.4323615, 0.0, 0.0], [0.0, 5.96258, 0.0], [0.0, 0.0, 24.64854225]], 'coords': [[0.95833333, 0.84345139, 0.12891835], [0.45833342, 0.8395665, 0.29963256], [0.9583335, 0.82444601, 0.47847845], [0.20833319, 0.32444601, 0.0346773], [0.70833328, 0.3395665, 0.21352318], [0.20833337, 0.34345139, 0.3842374], [0.70833328, 0.32444601, 0.0346773], [0.20833337, 0.3395665, 0.21352318], [0.70833346, 0.34345139, 0.3842374], [0.45833324, 0.84345139, 0.12891835], [0.95833333, 0.8395665, 0.29963256], [0.45833342, 0.82444601, 0.47847845], [0.45833324, 0.35099863, 0.12506021], [0.95833333, 0.34039163, 0.29920492], [0.45833342, 0.28053238, 0.45300697], [0.70833328, 0.78053238, 0.06014878], [0.20833337, 0.84039163, 0.21395083], [0.70833346, 0.85099863, 0.38809554], [0.20833319, 0.78053238, 0.06014878], [0.70833328, 0.84039163, 0.21395083], [0.20833337, 0.85099863, 0.38809554], [0.95833333, 0.35099863, 0.12506021], [0.45833342, 0.34039163, 0.29920492], [0.9583335, 0.28053238, 0.45300697], [0.95833315, 0.58370459, 0.03814716], [0.45833324, 0.59022883, 0.21403241], [0.95833333, 0.59668003, 0.38624452], [0.70833328, 0.09668003, 0.12691123], [0.20833337, 0.09022883, 0.29912333], [0.70833346, 0.08370459, 0.47500859], [0.20833319, 0.09668003, 0.12691123], [0.70833328, 0.09022883, 0.29912333], [0.20833337, 0.08370459, 0.47500859], [0.45833324, 0.58370459, 0.03814716], [0.95833333, 0.59022883, 0.21403241], [0.45833342, 0.59668003, 0.38624452]], 'elements': ['Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [8.43236, 5.96258, 24.64854], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']} have an energy of -104.08771184, with surface energy of 1.3017155454844889?", "refer_dataset": "table66", "column names": ["final_atoms", "final_energy", "surf_en"], "condition_column": ["final_atoms", "final_energy", "surf_en"], "answer_column": [], "condition": {"final_atoms": "{'lattice_mat': [[8.4323615, 0.0, 0.0], [0.0, 5.96258, 0.0], [0.0, 0.0, 24.64854225]], 'coords': [[0.95833333, 0.84345139, 0.12891835], [0.45833342, 0.8395665, 0.29963256], [0.9583335, 0.82444601, 0.47847845], [0.20833319, 0.32444601, 0.0346773], [0.70833328, 0.3395665, 0.21352318], [0.20833337, 0.34345139, 0.3842374], [0.70833328, 0.32444601, 0.0346773], [0.20833337, 0.3395665, 0.21352318], [0.70833346, 0.34345139, 0.3842374], [0.45833324, 0.84345139, 0.12891835], [0.95833333, 0.8395665, 0.29963256], [0.45833342, 0.82444601, 0.47847845], [0.45833324, 0.35099863, 0.12506021], [0.95833333, 0.34039163, 0.29920492], [0.45833342, 0.28053238, 0.45300697], [0.70833328, 0.78053238, 0.06014878], [0.20833337, 0.84039163, 0.21395083], [0.70833346, 0.85099863, 0.38809554], [0.20833319, 0.78053238, 0.06014878], [0.70833328, 0.84039163, 0.21395083], [0.20833337, 0.85099863, 0.38809554], [0.95833333, 0.35099863, 0.12506021], [0.45833342, 0.34039163, 0.29920492], [0.9583335, 0.28053238, 0.45300697], [0.95833315, 0.58370459, 0.03814716], [0.45833324, 0.59022883, 0.21403241], [0.95833333, 0.59668003, 0.38624452], [0.70833328, 0.09668003, 0.12691123], [0.20833337, 0.09022883, 0.29912333], [0.70833346, 0.08370459, 0.47500859], [0.20833319, 0.09668003, 0.12691123], [0.70833328, 0.09022883, 0.29912333], [0.20833337, 0.08370459, 0.47500859], [0.45833324, 0.58370459, 0.03814716], [0.95833333, 0.59022883, 0.21403241], [0.45833342, 0.59668003, 0.38624452]], 'elements': ['Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Li', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'Zn', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As', 'As'], 'abc': [8.43236, 5.96258, 24.64854], 'angles': [90.0, 90.0, 90.0], 'cartesian': False, 'props': ['', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '', '']}", "final_energy": "-104.08771184", "surf_en": "1.3017155454844889"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does the post-simulation structure {} have an energy of {}, with surface energy of {}?"} +{"question": "Is element B's radius (Rb) 56.8 Å associated with its electron affinity (EAb) of 14.49 eV?", "refer_dataset": "table2", "column names": ["Rb", "EAb"], "condition_column": ["Rb", "EAb"], "answer_column": [], "condition": {"Rb": "56.8", "EAb": "14.49"}, "tool": "making_judge", "answer": "true", "level": "simple", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is element B's radius (Rb) {} Å associated with its electron affinity (EAb) of {} eV?"} +{"question": "Is there a sample combining Fe 0.2, La 0.1, and J.uAcm2_0.63_secondCA 3787.81?", "refer_dataset": "table16", "column names": ["Fe", "La", "J.uAcm2_0.63_secondCA"], "condition_column": ["Fe", "La", "J.uAcm2_0.63_secondCA"], "answer_column": [], "condition": {"Fe": "0.2", "La": "0.1", "J.uAcm2_0.63_secondCA": "3787.81"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is there a sample combining Fe {}, La {}, and J.uAcm2_0.63_secondCA {}?"} +{"question": "Does any entry combine PBE0 Scharber voltage of 0.29804921 with BP86 Scharber current density of 195.693534923 and B3LYP gap of 0.09?", "refer_dataset": "table51", "column names": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "condition_column": ["pbe0_scharber_voc", "bp86_scharber_jsc", "b3lyp_gap"], "answer_column": [], "condition": {"pbe0_scharber_voc": "0.29804921", "bp86_scharber_jsc": "195.693534923", "b3lyp_gap": "0.09"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does any entry combine PBE0 Scharber voltage of {} with BP86 Scharber current density of {} and B3LYP gap of {}?"} +{"question": "Is entry 472978.0 characterized by a band gap of 0.0 eV, delta e of 0.306238110312501 eV, and stability of 0.226107440851378?", "refer_dataset": "table57", "column names": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "condition_column": ["_oqmd_entry_id", "_oqmd_band_gap", "_oqmd_delta_e", "_oqmd_stability"], "answer_column": [], "condition": {"_oqmd_entry_id": "472978.0", "_oqmd_band_gap": "0.0", "_oqmd_delta_e": "0.306238110312501", "_oqmd_stability": "0.226107440851378"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Is entry {} characterized by a band gap of {} eV, delta e of {} eV, and stability of {}?"} +{"question": "Does a preparation combining cations 29.0, 20.0, and 0.0 have C2 selectivity abbreviation 0.0?", "refer_dataset": "table20", "column names": ["Cation1", "Cation2", "Cation3", "C2selec"], "condition_column": ["Cation1", "Cation2", "Cation3", "C2selec"], "answer_column": [], "condition": {"Cation1": "29.0", "Cation2": "20.0", "Cation3": "0.0", "C2selec": "0.0"}, "tool": "making_judge", "answer": "false", "level": "complex", "question description": "In a tabular data structure, judge the data contained in the cells.", "refer_template": "Does a preparation combining cations {}, {}, and {} have C2 selectivity abbreviation {}?"}