Question: What is the maximum Direct Bandgap observed in materials with B_AtomN greater than 46?

Answer: 4.0

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What is the maximum Direct Bandgap observed in materials with B_AtomN greater than {}?


Question: What is the minimum Fermi energy (efermi) among materials where surf_cbm > -2.1796, scf_vbm < 1.818, and formula contains 'CdS'?

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What is the minimum Fermi energy (efermi) among materials where surf_cbm > {}, scf_vbm < {}, and formula contains '{}'?


Question: Determine the total Yield (μmol/g/h) for photocatalysts containing a Bi type of Bi2S3.

Bi type in photocatalyst
Yield (μmol/g/h)

Answer: 8

Obtain the correct answer through the calculation of table data.

Determine the total Yield (μmol/g/h) for photocatalysts containing a Bi type of {}.


Question: What is the total sum of optb88vdw_cbm values where offset equals -1.484328942123752?

Answer: 3.4271

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What is the total sum of optb88vdw_cbm values where offset equals {}?


Question: List references (Ref) where initial concentration (C0) is greater than 100.0 mg/L.

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List references (Ref) where initial concentration (C0) is greater than {} mg/L.


Question: Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than -0.37392566667732.

Obtain the correct answer through the calculation of table data.

Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than {}.


Question: Determine the total number of organic compounds (OC) where temperature (T) exceeds 40.0°C, pH is 3.6, and reaction rate (-log(k)) is less than 0.4278.

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Determine the total number of organic compounds (OC) where temperature (T) exceeds {}°C, pH is {}, and reaction rate (-log(k)) is less than {}.


Question: Calculate the median primary vibrational frequency (omega1) when the dipole moment (mu) is -1.77790756800166.

Obtain the correct answer through the calculation of table data.

Calculate the median primary vibrational frequency (omega1) when the dipole moment (mu) is {}.


Question: Calculate the mean zero-point vibrational energy (zpve) when HOMO energy is below -6.789240837097168 and heat capacity (Cv) exceeds 15.291999816894531?

Answer: 3.010792058529558

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Calculate the mean zero-point vibrational energy (zpve) when HOMO energy is below {} and heat capacity (Cv) exceeds {}?


Question: What is the average Power(W) for materials where X is O, A mole is greater than 0.478, and Wave length(<nm) below 300.0?

Answer: 284.2352941176471

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What is the average Power(W) for materials where X is {}, A mole is greater than {}, and Wave length(<nm) below {}?


Question: What is the minimum average maximum potential (avg_max) where final energy (final_energy) is below -1.57213091?

Answer: 27.176800780182003

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What is the minimum average maximum potential (avg_max) where final energy (final_energy) is below {}?


Question: What is the median Band_gap_GGA for materials where Direct_or_indirect is "Null", Band_gap_HSE_optical < 0.65611, and Magnetic_ordering "NM"?

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What is the median Band_gap_GGA for materials where Direct_or_indirect is "{}", Band_gap_HSE_optical < {}, and Magnetic_ordering "{}"?


Question: What is the average BandGap(eV) for materials where B is Fe?

Answer: 1.901111111111111

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What is the average BandGap(eV) for materials where B is {}?


Question: What is the maximum light intensity (I) recorded for organic compound Nitrobenzene with nanoparticle dose (D) ≥ 1.875 g/L and reaction rate (-log(k)) > 0.5616?

Answer: 0.176

Obtain the correct answer through the calculation of table data.

What is the maximum light intensity (I) recorded for organic compound {} with nanoparticle dose (D) ≥ {} g/L and reaction rate (-log(k)) > {}?


Question: What is the average degradation rate for experiments using Dopant S with a Calcination Temperature above 550°C?

Dopant
Calcination temperature(°C)
Degradation rate(%)

Answer: 53.725

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What is the average degradation rate for experiments using Dopant {} with a Calcination Temperature above {}°C?


Question: Calculate the average reaction temperature for noble metal none, synthesis time 72.0 hours, and additional components containing TiO2.

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Calculate the average reaction temperature for noble metal {}, synthesis time {} hours, and additional components containing {}.


Question: What is the average calcination temperature (CT) for samples referenced in study [26]?

Answer: 900.0

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What is the average calcination temperature (CT) for samples referenced in study {}?


Question: What is the median aging time (AH) for perovskite oxides with DT > 300°C and references in study [41]?

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What is the median aging time (AH) for perovskite oxides with DT > {}°C and references in study {}?


Question: Calculate the total final energy for all materials with formula MgF2 and indirect band gap greater than 6.508.

Answer: -2447.847475297931

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Calculate the total final energy for all materials with formula {} and indirect band gap greater than {}.


Question: Calculate the average overpotential in alkaline conditions for articles from South Korea country.

Answer: 112.19285714285714

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Calculate the average overpotential in alkaline conditions for articles from {} country.


Question: How many unique surfaces are recorded for the element Mn?

Answer: 12

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How many unique surfaces are recorded for the element {}?


Question: What is the average B3LYP HOMO energy level for entries where B3LYP Scharber open-circuit voltage is greater than 0.5429516705?

Answer: -0.19631326644370087

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What is the average B3LYP HOMO energy level for entries where B3LYP Scharber open-circuit voltage is greater than {}?


Question: What is the median Band_gap_GGA for materials where Direct_or_indirect is "Indirect", Band_gap_HSE_optical < 2.987947, and Magnetic_ordering "NM"?

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What is the median Band_gap_GGA for materials where Direct_or_indirect is "{}", Band_gap_HSE_optical < {}, and Magnetic_ordering "{}"?


Question: Calculate the median primary vibrational frequency (omega1) when the dipole moment (mu) is 0.70212317856886.

Obtain the correct answer through the calculation of table data.

Calculate the median primary vibrational frequency (omega1) when the dipole moment (mu) is {}.


Question: Determine the minimum Fermi energy level (efermi) for materials where SCF valence band maximum (scf_vbm) is greater than 7.095.

Answer: 7.27774779

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Determine the minimum Fermi energy level (efermi) for materials where SCF valence band maximum (scf_vbm) is greater than {}.


Question: What Light Wavelength achieves Degradation Rate above 79.0% within 20 minutes of Illumination Time for Dopant C?

Light wavelength(nm)
Degradation rate(%)
Illumination time(min)
Dopant

Obtain the correct answer through the calculation of table data.

What Light Wavelength achieves Degradation Rate above {}% within {} minutes of Illumination Time for Dopant {}?


Question: What is the highest Bandgap (Eg) observed in experiments where the Main product is CO?

Answer: 3.4

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What is the highest Bandgap (Eg) observed in experiments where the Main product is {}?


Question: What is the minimum Tc recorded for materials where formula contains Rh1Te2?

Answer: 0.755

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What is the minimum Tc recorded for materials where formula contains {}?


Question: Find the median Band_gap_GGA where Band_gap_HSE_optical < 2.958342.

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Find the median Band_gap_GGA where Band_gap_HSE_optical < {}.


Question: What is the maximum pH observed where Degradation efficiency (%) is greater than 4.1?

Answer: 99.1

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What is the maximum pH observed where Degradation efficiency (%) is greater than {}?


Question: What is the maximum shear modulus among materials with magnetic moment (mu_b) exceeding 0.0014083?

Answer: 213.9683850846991

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What is the maximum shear modulus among materials with magnetic moment (mu_b) exceeding {}?


Question: Find the highest bandgap (gap pbe) among materials with energy above convex hull (e_hull) lower than 0.1221254606249986.

Answer: 7.7947

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Find the highest bandgap (gap pbe) among materials with energy above convex hull (e_hull) lower than {}.


Question: Calculate the maximum formation energy per atom for materials with space group number 221.

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Calculate the maximum formation energy per atom for materials with space group number {}.


Question: Find the minimum C2 selectivity(%) for experiments with CH4/O2 ratio above 6, support material La2O3, and argon pressure 0.7 atm.

CH4/O2 (mol/mol)
Support
PAr (atm)
C2 selectivity(%)

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Find the minimum C2 selectivity(%) for experiments with CH4/O2 ratio above {}, support material {}, and argon pressure {} atm.


Question: What is the average HOMO energy for molecules with a dipole moment (mu) greater than -1.73819887423718?

Answer: -0.06082781412803505

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What is the average HOMO energy for molecules with a dipole moment (mu) greater than {}?


Question: Calculate the minimum CH4-pressure when C2-selectivity is greater than 50.0%?

Answer: 0.97

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Calculate the minimum CH4-pressure when C2-selectivity is greater than {}%?


Question: How many references document samples calcined for over 7.0 hours?

Answer: 74

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How many references document samples calcined for over {} hours?


Question: What is the highest Rhodium percentage observed in alloys with Onset potential below 0.594615V?

Answer: 98.1

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What is the highest Rhodium percentage observed in alloys with Onset potential below {}V?


Question: Materials with bandgap of 2.6526000000000005, what is their total energy per atom?

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Materials with bandgap of {}, what is their total energy per atom?


Question: Determine the maximum irradiation time (h) for Bi type BiOCl, Main product CH4, and loading > 0.142857143 g/l.

Bi type in photocatalyst
Main product
loading (g/l)
irradiation time(h)

Answer: 8.0

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Determine the maximum irradiation time (h) for Bi type {}, Main product {}, and loading > {} g/l.


Question: What is the median Anion2-mol when CH4-pressure is 0.4?

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What is the median Anion2-mol when CH4-pressure is {}?


Question: How many unique surfaces are recorded for the element V(?

Answer: 2

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How many unique surfaces are recorded for the element {}?


Question: What is the maximum hydrogen production rate (RH₂) for samples prepared via the Combustion method?

Answer: 1986.0

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What is the maximum hydrogen production rate (RH₂) for samples prepared via the {} method?


Question: Calculate the median Palladium percentage for alloys where Gold percentage is under 11.6%.

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Calculate the median Palladium percentage for alloys where Gold percentage is under {}%.


Question: How many entries have SBET greater than 2.6 m²/g and produce CO as the Main product?

Answer: 138

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How many entries have SBET greater than {} m²/g and produce CO as the Main product?


Question: What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to 5.73468965326116?

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What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to {}?


Question: For materials in space group symbol P2/m, what is the minimum stress tensor value observed?

Answer: [[0.11134110594398658, 0.0, 0.0], [0.0, 0.06218609806241269, -0.000836900226339273], [0.0, -0.0008369002263391934, 0.39536557142750367]]

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For materials in space group symbol {}, what is the minimum stress tensor value observed?


Question: How many times has research from China West Normal Univ institution been cited?

Answer: 1715

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How many times has research from {} institution been cited?


Question: How many times has research from CAS Ctr Excellence Nanosci institution been cited?

Answer: 64

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How many times has research from {} institution been cited?


Question: What is the highest ProdRate(μmol/g) when Sac. Agent2 is nan and Alcohol% exceeds 12.0?

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What is the highest ProdRate(μmol/g) when Sac. Agent2 is {} and Alcohol% exceeds {}?


Question: What is the minimum Bandgap (Eg) observed at a loading of 0.428571429 g/l?

Obtain the correct answer through the calculation of table data.

What is the minimum Bandgap (Eg) observed at a loading of {} g/l?


Question: Calculate the total final energy for all materials with formula MgF2 and indirect band gap greater than 5.326.

Answer: -4450.477464493131

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Calculate the total final energy for all materials with formula {} and indirect band gap greater than {}.


Question: Calculate the minimum COx when Cation3-mol < 0.0%, Anion2 = 0.0, and CH4-pressure > 0.4.

Obtain the correct answer through the calculation of table data.

Calculate the minimum COx when Cation3-mol < {}%, Anion2 = {}, and CH4-pressure > {}.


Question: Calculate the maximum ethylene yield (C2H4y) when M2 is Li and M3_mol is 0.185.

Obtain the correct answer through the calculation of table data.

Calculate the maximum ethylene yield (C2H4y) when M2 is {} and M3_mol is {}.


Question: What Light Wavelength achieves Degradation Rate above 73.0% within 20 minutes of Illumination Time for Dopant C?

Light wavelength(nm)
Degradation rate(%)
Illumination time(min)
Dopant

Obtain the correct answer through the calculation of table data.

What Light Wavelength achieves Degradation Rate above {}% within {} minutes of Illumination Time for Dopant {}?


Question: What is the average calcination temperature (CT) for samples referenced in study [36]?

Answer: 700.0

Obtain the correct answer through the calculation of table data.

What is the average calcination temperature (CT) for samples referenced in study {}?


Question: Calculate the total final energy for all materials with formula MgF2 and indirect band gap greater than 5.868.

Answer: -3671.782142525095

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Calculate the total final energy for all materials with formula {} and indirect band gap greater than {}.


Question: Find the average Dopant/Ti mole ratio used for Pollutant MO under Experimental Temperature 25°C and Light Wavelength 575 nm.

Dopant/Ti mole ratio
Pollutant
Experimental temperature(°C)
Light wavelength(nm)

Obtain the correct answer through the calculation of table data.

Find the average Dopant/Ti mole ratio used for Pollutant {} under Experimental Temperature {}°C and Light Wavelength {} nm.


Question: What is the maximum shear modulus among materials with magnetic moment (mu_b) exceeding 2.84e-05?

Answer: 347.0

Obtain the correct answer through the calculation of table data.

What is the maximum shear modulus among materials with magnetic moment (mu_b) exceeding {}?


Question: Determine the average H2 selectivity when Cation1 is V, Cation3Amount > 0%, and O2 conv < 7.1%.

Obtain the correct answer through the calculation of table data.

Determine the average H2 selectivity when Cation1 is {}, Cation3Amount > {}%, and O2 conv < {}%.


Question: What is the minimum Duration of cycles (h) when B site is Ti?

Answer: 43.7

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What is the minimum Duration of cycles (h) when B site is {}?


Question: What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds 13.736308097839355?

Answer: 12.638999938964844

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What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds {}?


Question: Calculate the average chem_pot for symbol Cu?

Answer: 0.5628995500000001

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Calculate the average chem_pot for symbol {}?


Question: What is the highest ethylene selectivity observed when Support is SiO3?

Answer: 16.7

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What is the highest ethylene selectivity observed when Support is {}?


Question: What is the highest light intensity used with the co-catalyst 'none'?

Answer: Xe lamp (350 W), λ > 400 nm

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What is the highest light intensity used with the co-catalyst '{}'?


Question: Determine the total CO yield (COy) when Support_ID is 13 and M1_atom_number is less than 25.

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Determine the total CO yield (COy) when Support_ID is {} and M1_atom_number is less than {}.


Question: What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals 6.3783488273620605?

Obtain the correct answer through the calculation of table data.

What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals {}?


Question: What is the maximum hydrogen production rate (RH₂) for samples prepared via the Furfural alcohol derived polymerization-oxidation method?

=='Furfural alcohol derived polymerization-oxidation'

Answer: 423.3

Obtain the correct answer through the calculation of table data.

What is the maximum hydrogen production rate (RH₂) for samples prepared via the {} method?


Question: What is the average temperature (T) for experiments with a reaction rate (-log(k)) above 0.699?

Answer: 27.814917127071823

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What is the average temperature (T) for experiments with a reaction rate (-log(k)) above {}?


Question: How many organic compounds (OC) have pH values equal to 3.3?

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How many organic compounds (OC) have pH values equal to {}?


Question: Calculate the average formula_energy for all materials with ID starting with 1454?

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Calculate the average formula_energy for all materials with ID starting with {}?


Question: How many unique surfaces are recorded for the element Cu?

Answer: 105

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How many unique surfaces are recorded for the element {}?


Question: What is the average Surface Area(m2/g) for materials with A equal to Sr, B equal to Ti, and Wave length(<nm) below 440.0?

Answer: 12.193042857142856

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What is the average Surface Area(m2/g) for materials with A equal to {}, B equal to {}, and Wave length(<nm) below {}?


Question: What is the minimum pH recorded for Degradation Rate > 79.0% under Experimental Temperature 25.0°C?

pH
Degradation rate(%)
Experimental temperature(°C)

Obtain the correct answer through the calculation of table data.

What is the minimum pH recorded for Degradation Rate > {}% under Experimental Temperature {}°C?


Question: What is the average HOMO energy for molecules with a dipole moment (mu) greater than -0.60227748041828?

Answer: -0.17418574479125823

Obtain the correct answer through the calculation of table data.

What is the average HOMO energy for molecules with a dipole moment (mu) greater than {}?


Question: What is the average formation energy (ef) for bulk_formula Sm and material_type 3D?

Answer: 1.735315

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What is the average formation energy (ef) for bulk_formula {} and material_type {}?


Question: What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > 0.0, Mg < 0.0, and La = 0.0?

Obtain the correct answer through the calculation of table data.

What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > {}, Mg < {}, and La = {}?


Question: What is the median aging time (AH) for perovskite oxides with DT > 120°C and references in study [42]?

Obtain the correct answer through the calculation of table data.

What is the median aging time (AH) for perovskite oxides with DT > {}°C and references in study {}?


Question: Find the minimum heat capacity (Cv) for materials where HOMO energy exceeds -6.993326187133789, internal energy at 0K (U0) is below -12.005853652954102, and Gibbs free energy (G) equals -11.24600315093994?

Obtain the correct answer through the calculation of table data.

Find the minimum heat capacity (Cv) for materials where HOMO energy exceeds {}, internal energy at 0K (U0) is below {}, and Gibbs free energy (G) equals {}?


Question: Determine the highest overpotential in acidic conditions for articles published in RSC ADVANCES journal.

Answer: 250.0

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Determine the highest overpotential in acidic conditions for articles published in {} journal.


Question: What is the highest SSA observed when CT exceeds 700°C and preparation method is 2?

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What is the highest SSA observed when CT exceeds {}°C and preparation method is {}?


Question: Calculate the average Alcohol% when Light Type is visible?

Answer: 2.625

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Calculate the average Alcohol% when Light Type is {}?


Question: What is the maximum Tc for materials with formula containing Ca0.31Sr0.7Ti1O3?

Answer: 0.1

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What is the maximum Tc for materials with formula containing {}?


Question: Determine the average Zero-point vibrational energy (ZPVE) for samples where heat capacity (Cv) is below -6.19729982493282.

Answer: -3.7717596263294566

Obtain the correct answer through the calculation of table data.

Determine the average Zero-point vibrational energy (ZPVE) for samples where heat capacity (Cv) is below {}.


Question: What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds 6.1579365730285645?

Answer: 38.01800155639648

Obtain the correct answer through the calculation of table data.

What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds {}?


Question: What Light Wavelength achieves Degradation Rate above 96.0% within 20 minutes of Illumination Time for Dopant C?

Light wavelength(nm)
Degradation rate(%)
Illumination time(min)
Dopant

Obtain the correct answer through the calculation of table data.

What Light Wavelength achieves Degradation Rate above {}% within {} minutes of Illumination Time for Dopant {}?


Question: What is the highest Lattice Parameter observed when A_AtomN is 40.0, B_AtomN > 44.0, and Volume < 64.4121955981?

Obtain the correct answer through the calculation of table data.

What is the highest Lattice Parameter observed when A_AtomN is {}, B_AtomN > {}, and Volume < {}?


Question: What is the average formation energy (ef) for bulk_formula Mn and material_type 3D?

Answer: 2.64471

Obtain the correct answer through the calculation of table data.

What is the average formation energy (ef) for bulk_formula {} and material_type {}?


Question: Find the maximum Gibbs free energy (G) when the electronic polarizability (alpha) is less than -7.59467417670514.

Answer: 6.53867256157596

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Find the maximum Gibbs free energy (G) when the electronic polarizability (alpha) is less than {}.


Question: What is the highest argon partial pressure (atm) in catalysts where M3 is Nd, Support is BaO, and CH4/O2 ratio is 6?

Obtain the correct answer through the calculation of table data.

What is the highest argon partial pressure (atm) in catalysts where M3 is {}, Support is {}, and CH4/O2 ratio is {}?


Question: What is the minimum initial concentration (C0) recorded when light intensity (I) is 0.855 mW/cm², nanoparticle dose (D) is 0.05 g/L, and reference (Ref) is 21.0?

Obtain the correct answer through the calculation of table data.

What is the minimum initial concentration (C0) recorded when light intensity (I) is {} mW/cm², nanoparticle dose (D) is {} g/L, and reference (Ref) is {}?


Question: How many references document samples calcined for over 48.0 hours?

Answer: 1

Obtain the correct answer through the calculation of table data.

How many references document samples calcined for over {} hours?


Question: Determine the average J.uAcm2_0.80_fromCV for samples with Mn > 0.6, Ni < 0.0, and Fe = 0.1?

Obtain the correct answer through the calculation of table data.

Determine the average J.uAcm2_0.80_fromCV for samples with Mn > {}, Ni < {}, and Fe = {}?


Question: What is the maximum light intensity (I) recorded for organic compound Methanol with nanoparticle dose (D) ≥ 1.875 g/L and reaction rate (-log(k)) > 0.7992?

Answer: 0.176

Obtain the correct answer through the calculation of table data.

What is the maximum light intensity (I) recorded for organic compound {} with nanoparticle dose (D) ≥ {} g/L and reaction rate (-log(k)) > {}?


Question: What is the highest methane conversion rate when Cation1 is Fe, Cation2Amount > 70%, and Support is Al2O3?

Obtain the correct answer through the calculation of table data.

What is the highest methane conversion rate when Cation1 is {}, Cation2Amount > {}%, and Support is {}?


Question: Calculate the minimum CH4-pressure when C2-selectivity is greater than 1.9%?

Answer: 2.7

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Calculate the minimum CH4-pressure when C2-selectivity is greater than {}%?


Question: Calculate the average reaction temperature for noble metal none, synthesis time 24.0 hours, and additional components containing nonmetal.

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Calculate the average reaction temperature for noble metal {}, synthesis time {} hours, and additional components containing {}.


Question: What is the average bulk_energy for bulk_formula Mn?

Answer: -327.13856

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What is the average bulk_energy for bulk_formula {}?


Question: Calculate the maximum J.uAcm2_0.63_secondCA where Mg concentration is below 0.5?

Answer: 4786.048

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Calculate the maximum J.uAcm2_0.63_secondCA where Mg concentration is below {}?


Question: Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than 1.94216821965969.

Obtain the correct answer through the calculation of table data.

Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than {}.


Question: What is the minimum initial concentration (C0) recorded when light intensity (I) is 3.15 mW/cm², nanoparticle dose (D) is 2.5 g/L, and reference (Ref) is 20.0?

Obtain the correct answer through the calculation of table data.

What is the minimum initial concentration (C0) recorded when light intensity (I) is {} mW/cm², nanoparticle dose (D) is {} g/L, and reference (Ref) is {}?


Question: What is the maximum BandGap(eV) for composites with X1 substitution nan, Sac. Agent1 equal to HCOOH, and Power(W) less than 150.0?

Obtain the correct answer through the calculation of table data.

What is the maximum BandGap(eV) for composites with X1 substitution {}, Sac. Agent1 equal to {}, and Power(W) less than {}?


Question: Calculate the average chem_pot for symbol Nd?

Answer: -2.1809815

Obtain the correct answer through the calculation of table data.

Calculate the average chem_pot for symbol {}?


Question: Determine the average H2 selectivity when Cation1 is Na, Cation3Amount > 0%, and O2 conv < 17.9%.

Answer: 27.066666666666663

Obtain the correct answer through the calculation of table data.

Determine the average H2 selectivity when Cation1 is {}, Cation3Amount > {}%, and O2 conv < {}%.


Question: Determine the average J.uAcm2_0.80_fromCV for samples with Mn > 0.8, Ni < 0.0, and Fe = 0.1?

Obtain the correct answer through the calculation of table data.

Determine the average J.uAcm2_0.80_fromCV for samples with Mn > {}, Ni < {}, and Fe = {}?


Question: What is the average Yield (μmol/g/h) for experiments with Bandgap < 2.91 eV, light source Visible, and Reaction medium gas-solid?

Eg(eV)
light source
Reaction medium
Yield (μmol/g/h)

Answer: 2.153805555555556

Obtain the correct answer through the calculation of table data.

What is the average Yield (μmol/g/h) for experiments with Bandgap < {} eV, light source {}, and Reaction medium {}?


Question: What is the minimum pH recorded for Degradation Rate > 43.0% under Experimental Temperature 25.0°C?

pH
Degradation rate(%)
Experimental temperature(°C)

Obtain the correct answer through the calculation of table data.

What is the minimum pH recorded for Degradation Rate > {}% under Experimental Temperature {}°C?


Question: For surfaces with Miller indices -1, what is the maximum activation energy?

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For surfaces with Miller indices {}, what is the maximum activation energy?


Question: What is the highest methane conversion rate when Cation1 is Cu, Cation2Amount > 70%, and Support is SiO2?

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What is the highest methane conversion rate when Cation1 is {}, Cation2Amount > {}%, and Support is {}?


Question: What is the minimum total energy for materials with an LCD of 1.6925400000000002?

Obtain the correct answer through the calculation of table data.

What is the minimum total energy for materials with an LCD of {}?


Question: Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above -1.26198861.

Answer: 485.35742061

Obtain the correct answer through the calculation of table data.

Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above {}.


Question: Find the maximum atomic radius of element A (Ra) when the electron affinity of element A (EAa) is greater than 39.34 eV.

Answer: 139.0

Obtain the correct answer through the calculation of table data.

Find the maximum atomic radius of element A (Ra) when the electron affinity of element A (EAa) is greater than {} eV.


Question: What is the maximum pH recorded for Pollutant MO under Light Wavelength 600 nm?

Answer: 7.0

Obtain the correct answer through the calculation of table data.

What is the maximum pH recorded for Pollutant {} under Light Wavelength {} nm?


Question: Calculate the average Band_gap_GGA_optical where Magnetic_ordering is "NM", Space_group_rlx 9, and Band_gap_HSE > 1.97659.

Obtain the correct answer through the calculation of table data.

Calculate the average Band_gap_GGA_optical where Magnetic_ordering is "{}", Space_group_rlx {}, and Band_gap_HSE > {}.


Question: For Support1 13, what is the maximum C2-yield?

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For Support1 {}, what is the maximum C2-yield?


Question: What is the median atomic number of elements with activation energy below 1.6?

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What is the median atomic number of elements with activation energy below {}?


Question: How many preparation methods resulted in SSA > 10.88 m²/g and AH < 5.0 hours?

Answer: 29

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How many preparation methods resulted in SSA > {} m²/g and AH < {} hours?


Question: What is the maximum magnetic moment (mu_b) in compounds with band gap (gap pbe) less than 0.0318?

Answer: 50.9549641

Obtain the correct answer through the calculation of table data.

What is the maximum magnetic moment (mu_b) in compounds with band gap (gap pbe) less than {}?


Question: What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals 9.298130989074709?

Obtain the correct answer through the calculation of table data.

What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals {}?


Question: What is the average _oqmd_band_gap for materials with _oqmd_stability greater than 0.139558475603449?

Answer: 0.01088533464566929

Obtain the correct answer through the calculation of table data.

What is the average _oqmd_band_gap for materials with _oqmd_stability greater than {}?


Question: What is the average shear modulus for materials with e_hull under 0.019272106249998 and elastic anisotropy greater than 0.03?

Answer: 60.82204951768469

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What is the average shear modulus for materials with e_hull under {} and elastic anisotropy greater than {}?


Question: Find the lowest melting temperature of element B (B_Tm) where the enthalpy of fusion for element A (ΔfusHa) exceeds 78.5 kJ/mol.

Answer: 2952.29

Obtain the correct answer through the calculation of table data.

Find the lowest melting temperature of element B (B_Tm) where the enthalpy of fusion for element A (ΔfusHa) exceeds {} kJ/mol.


Question: What is the average overpotential in neutral conditions for studies using the nan method published in journals with an impact factor above 2.933?

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What is the average overpotential in neutral conditions for studies using the {} method published in journals with an impact factor above {}?


Question: What is the average calcination temperature for experiments using a photocatalyst dose of 2.0 g/L?

Photocatalyst dose(g L-1)
Calcination temperature(K)

Obtain the correct answer through the calculation of table data.

What is the average calcination temperature for experiments using a photocatalyst dose of {} g/L?


Question: What is the highest SCF valence band maximum (scf_vbm) for surface structures with chemical formula 'CdSe'?

Answer: 0.922

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What is the highest SCF valence band maximum (scf_vbm) for surface structures with chemical formula '{}'?


Question: What is the highest Band_gap_HSE for materials with Magnetic_ordering "AFM", SOC False, and Direct_or_indirect_HSE "Indirect"?

Obtain the correct answer through the calculation of table data.

What is the highest Band_gap_HSE for materials with Magnetic_ordering "{}", SOC {}, and Direct_or_indirect_HSE "{}"?


Question: Calculate the maximum offset value where optb88vdw_vbm is below 5.2089.

Obtain the correct answer through the calculation of table data.

Calculate the maximum offset value where optb88vdw_vbm is below {}.


Question: Determine the total number of organic compounds (OC) where temperature (T) exceeds 40.0°C, pH is 3.6, and reaction rate (-log(k)) is less than 0.6068.

Obtain the correct answer through the calculation of table data.

Determine the total number of organic compounds (OC) where temperature (T) exceeds {}°C, pH is {}, and reaction rate (-log(k)) is less than {}.


Question: What is the average temperature (T) for experiments with a reaction rate (-log(k)) above 0.406?

Answer: 27.734597156398106

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What is the average temperature (T) for experiments with a reaction rate (-log(k)) above {}?


Question: What is the lowest Unit Cell Volume for materials containing Element C_AtomN 7.0, Bn (count of B) 1.0, and Formation Energy ≤ 1.96?

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What is the lowest Unit Cell Volume for materials containing Element C_AtomN {}, Bn (count of B) {}, and Formation Energy ≤ {}?


Question: What is the average Cation1-mol for Cation1 56?

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What is the average Cation1-mol for Cation1 {}?


Question: How many times has research from Nanjing Univ Sci & Technol institution been cited?

Answer: 43

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How many times has research from {} institution been cited?


Question: What is the maximum SCF conduction band minimum (scf_cbm) among materials with surface energy (surf_en) below 1.0698996060198978?

Answer: 20.232

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What is the maximum SCF conduction band minimum (scf_cbm) among materials with surface energy (surf_en) below {}?


Question: What is the average reaction energy for elements with atomic number greater than 42?

Answer: 0.044003602941176403

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What is the average reaction energy for elements with atomic number greater than {}?


Question: What is the highest SCF valence band maximum (scf_vbm) for surface structures with chemical formula 'ZnO'?

Answer: 1.682

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What is the highest SCF valence band maximum (scf_vbm) for surface structures with chemical formula '{}'?


Question: What is the highest Rhodium percentage observed in alloys with Onset potential below 0.562701V?

Answer: 51.9

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What is the highest Rhodium percentage observed in alloys with Onset potential below {}V?


Question: Determine the average bulk modulus for materials where formation energy (e_form) is less than -1.6533411120312502.

Answer: 329.9221031604914

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Determine the average bulk modulus for materials where formation energy (e_form) is less than {}.


Question: Determine the minimum Calcination Temperature required for 48.0% Degradation Rate when pH is 7.0 and Catalyst/Pollutant mass ratio is 100.0.

Calcination temperature(°C)
Degradation rate(%)
pH
Catalyst/Pollutant mass ratio

Obtain the correct answer through the calculation of table data.

Determine the minimum Calcination Temperature required for {}% Degradation Rate when pH is {} and Catalyst/Pollutant mass ratio is {}.


Question: Calculate the total final energy for all materials with formula MgF2 and indirect band gap greater than 6.082.

Answer: -3226.6586495864717

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Calculate the total final energy for all materials with formula {} and indirect band gap greater than {}.


Question: What is the minimum average maximum potential (avg_max) where final energy (final_energy) is below 485.35742061?

Answer: 167.57883710812715

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What is the minimum average maximum potential (avg_max) where final energy (final_energy) is below {}?


Question: Compute the average Pore Volume (cm3/g) where Illumination time (min) > 20.0, pH < 2.2, and Antibiotic dosage (mg/L) = 50.0.

Illumination time (min)
pH
Antibiotic dosage (mg/L)
Pore Volume (cm3/g)

Obtain the correct answer through the calculation of table data.

Compute the average Pore Volume (cm3/g) where Illumination time (min) > {}, pH < {}, and Antibiotic dosage (mg/L) = {}.


Question: Calculate the average formula_energy for all materials with ID starting with 1847?

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Calculate the average formula_energy for all materials with ID starting with {}?


Question: What is the number of articles from MD 20742 USA country that triggered an OER data warning?

Answer: 1

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What is the number of articles from {} country that triggered an OER data warning?


Question: What is the average Light Wavelength used for Calcination Temperatures above 400°C when Pollutant is Phenol?

Light wavelength(nm)
Calcination temperature(°C)
Pollutant

Answer: 537.3648648648649

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What is the average Light Wavelength used for Calcination Temperatures above {}°C when Pollutant is {}?


Question: Find the average Ca concentration when J.uAcm2_0.80_fromCV is above 1017.103?

Answer: 0.10217391304347828

Obtain the correct answer through the calculation of table data.

Find the average Ca concentration when J.uAcm2_0.80_fromCV is above {}?


Question: Calculate the total number of Preparations with Cation2-mol above 95.4%.

Answer: 124

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Calculate the total number of Preparations with Cation2-mol above {}%.


Question: Calculate the maximum ethylene selectivity (C2H4s) when Support is CeO2.

Answer: 76.34

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Calculate the maximum ethylene selectivity (C2H4s) when Support is {}.


Question: What is the maximum bandgap observed in materials from source_id mp-1416?

Answer: 1.9863

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What is the maximum bandgap observed in materials from source_id {}?


Question: What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to 6.4534769699168?

Obtain the correct answer through the calculation of table data.

What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to {}?


Question: What is the average calcination temperature (CT) for samples referenced in study [30]?

Answer: 700.0

Obtain the correct answer through the calculation of table data.

What is the average calcination temperature (CT) for samples referenced in study {}?


Question: Find the minimum _oqmd_stability value where _oqmd_delta_e is greater than 0.22691826560345.

Answer: 4.152984231249998

Obtain the correct answer through the calculation of table data.

Find the minimum _oqmd_stability value where _oqmd_delta_e is greater than {}.


Question: Find the average Dopant/Ti mole ratio used for Pollutant MB under Experimental Temperature 25°C and Light Wavelength 580 nm.

Dopant/Ti mole ratio
Pollutant
Experimental temperature(°C)
Light wavelength(nm)

Obtain the correct answer through the calculation of table data.

Find the average Dopant/Ti mole ratio used for Pollutant {} under Experimental Temperature {}°C and Light Wavelength {} nm.


Question: What is the average indirect band gap for compounds in the crystal system trigonal?

Answer: 0.5210000000000001

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What is the average indirect band gap for compounds in the crystal system {}?


Question: For entries where dipole moment (mu) is below 2.7362000942230225, what is the average polarizability (alpha)?

Answer: 60.78381124322095

Obtain the correct answer through the calculation of table data.

For entries where dipole moment (mu) is below {}, what is the average polarizability (alpha)?


Question: What is the average bulk modulus for materials with formation energy (e_form) greater than 0.1811112450000003?

Answer: 191.39848189980435

Obtain the correct answer through the calculation of table data.

What is the average bulk modulus for materials with formation energy (e_form) greater than {}?


Question: Calculate the average Band_gap_GGA for Space_group_rlx 81, SOC False, and Magnetic_ordering "NM".

Obtain the correct answer through the calculation of table data.

Calculate the average Band_gap_GGA for Space_group_rlx {}, SOC {}, and Magnetic_ordering "{}".


Question: What is the maximum PLD observed in compounds with a topology of bnn and synthesized status True?

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What is the maximum PLD observed in compounds with a topology of {} and synthesized status {}?


Question: What is the maximum magnetic moment (mu_b) in compounds with band gap (gap pbe) less than 0.7804000000000002?

Answer: 55.98974449999999

Obtain the correct answer through the calculation of table data.

What is the maximum magnetic moment (mu_b) in compounds with band gap (gap pbe) less than {}?


Question: Calculate the maximum offset value where optb88vdw_vbm is below 5.501.

Obtain the correct answer through the calculation of table data.

Calculate the maximum offset value where optb88vdw_vbm is below {}.


Question: What is the average J.uAcm2_0.80_fromCV when Mn concentration exceeds 0.5?

Answer: 565.238591891892

Obtain the correct answer through the calculation of table data.

What is the average J.uAcm2_0.80_fromCV when Mn concentration exceeds {}?


Question: Calculate the average C2 yield (%) for catalysts with primary metal Sr, secondary metal Y, and support material BaO–La2O3.

Answer: 12.842351371507691

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Calculate the average C2 yield (%) for catalysts with primary metal {}, secondary metal {}, and support material {}.


Question: What is the average _oqmd_band_gap for materials with _oqmd_stability greater than 0.546628680144628?

Answer: 0.001903827751196172

Obtain the correct answer through the calculation of table data.

What is the average _oqmd_band_gap for materials with _oqmd_stability greater than {}?


Question: Determine the maximum irradiation time (h) for Bi type BiOCl, Main product CH4, and loading > 0.25 g/l.

Bi type in photocatalyst
Main product
loading (g/l)
irradiation time(h)

Obtain the correct answer through the calculation of table data.

Determine the maximum irradiation time (h) for Bi type {}, Main product {}, and loading > {} g/l.


Question: What is the maximum pH recorded for Pollutant MO under Light Wavelength 475 nm?

Answer: 2.5

Obtain the correct answer through the calculation of table data.

What is the maximum pH recorded for Pollutant {} under Light Wavelength {} nm?


Question: What is the minimum loading (g/l) required when light source is UV–VIS and Reaction medium is gas-solid to achieve Yield > 0.175 μmol/g/h?

light source
Reaction medium
Yield (μmol/g/h)
loading (g/l)

Answer: 0.5

Obtain the correct answer through the calculation of table data.

What is the minimum loading (g/l) required when light source is {} and Reaction medium is {} to achieve Yield > {} μmol/g/h?


Question: What is the highest hydrogen production rate (RH2) for materials where the atomic radius of element A (Ra) exceeds 103.2 Å, the electronegativity of element B (χpb) is below 1.83, and the molar mass (M) is less than 242.75 g/mol?

Answer: 962.0

Obtain the correct answer through the calculation of table data.

What is the highest hydrogen production rate (RH2) for materials where the atomic radius of element A (Ra) exceeds {} Å, the electronegativity of element B (χpb) is below {}, and the molar mass (M) is less than {} g/mol?


Question: Find the maximum Gibbs free energy (G) when the electronic polarizability (alpha) is less than -8.43892288823109.

Obtain the correct answer through the calculation of table data.

Find the maximum Gibbs free energy (G) when the electronic polarizability (alpha) is less than {}.


Question: What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to 4.75962657949374?

Obtain the correct answer through the calculation of table data.

What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to {}?


Question: What is the minimum CH4 conversion (%) when the secondary metal component (M2) is Mo and C2 yield (%) exceeds 1.290397355%?

Answer: 48.26126007

Obtain the correct answer through the calculation of table data.

What is the minimum CH4 conversion (%) when the secondary metal component (M2) is {} and C2 yield (%) exceeds {}%?


Question: Find the minimum Conduction Band (CB) edge when irradiation time exceeds 4.0 hours.

Answer: − 1.3

Obtain the correct answer through the calculation of table data.

Find the minimum Conduction Band (CB) edge when irradiation time exceeds {} hours.


Question: What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) N?

Answer: -4.1474743680007

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What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) {}?


Question: What is the average Surface Area(m2/g) for materials with A equal to K, B equal to Ta, and Wave length(<nm) below 365.0?

Answer: 7.0

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What is the average Surface Area(m2/g) for materials with A equal to {}, B equal to {}, and Wave length(<nm) below {}?


Question: What is the average HOMO energy for molecules with a dipole moment (mu) greater than -0.76304115349828?

Answer: -0.12171231317066654

Obtain the correct answer through the calculation of table data.

What is the average HOMO energy for molecules with a dipole moment (mu) greater than {}?


Question: Determine the average ethane yield (C2H6y) for M1 = Mn, Support_ID = 14, and M3_mol > 0.185.

Obtain the correct answer through the calculation of table data.

Determine the average ethane yield (C2H6y) for M1 = {}, Support_ID = {}, and M3_mol > {}.


Question: What is the highest hydrogen production rate (RH2) for materials where the atomic radius of element A (Ra) exceeds 135.0 Å, the electronegativity of element B (χpb) is below 1.54, and the molar mass (M) is less than 211.88 g/mol?

Obtain the correct answer through the calculation of table data.

What is the highest hydrogen production rate (RH2) for materials where the atomic radius of element A (Ra) exceeds {} Å, the electronegativity of element B (χpb) is below {}, and the molar mass (M) is less than {} g/mol?


Question: What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > 0.1, Mg < 0.1, and La = 0.5?

Obtain the correct answer through the calculation of table data.

What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > {}, Mg < {}, and La = {}?


Question: What is the average total yield for experiments with photocatalyst(s) UiO-66-NH2, Liquid phase, and sacrificial agent percentage above 62.5%?

Photocatalyst(s) Phase SacrAgentPercent total

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What is the average total yield for experiments with photocatalyst(s) {}, {} phase, and sacrificial agent percentage above {}%?


Question: Calculate the lowest Illumination Time required to achieve at least 88.0% Degradation Rate with Dopant/Ti mole ratio 16.0.

Illumination time(min)
Degradation rate(%)
Dopant/Ti mole ratio

Obtain the correct answer through the calculation of table data.

Calculate the lowest Illumination Time required to achieve at least {}% Degradation Rate with Dopant/Ti mole ratio {}.


Question: What is the minimum reactor volume required for experiments with synthesis temperatures exceeding 70.0°C?

Answer: 1000.0

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What is the minimum reactor volume required for experiments with synthesis temperatures exceeding {}°C?


Question: Determine the minimum hydrogen production rate (RH2) for materials with a melting temperature of element A (A_Tm) above 574.76 K.

Answer: 8600.0

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Determine the minimum hydrogen production rate (RH2) for materials with a melting temperature of element A (A_Tm) above {} K.


Question: What is the total sum of optb88vdw_cbm values where offset equals 0.5978046988467991?

Answer: 6.8134

Obtain the correct answer through the calculation of table data.

What is the total sum of optb88vdw_cbm values where offset equals {}?


Question: What is the maximum yield of C2 hydrocarbons for catalysts with Support material SiO5?

Answer: 99.9

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What is the maximum yield of C2 hydrocarbons for catalysts with Support material {}?


Question: What is the average bulk modulus for materials with formation energy (e_form) less than -0.0411816112500003?

Answer: 125.65737743837221

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What is the average bulk modulus for materials with formation energy (e_form) less than {}?


Question: What is the median cycle5 performance for perovskites listed under reference [A81]?

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What is the median cycle5 performance for perovskites listed under reference {}?


Question: What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals 13.736308097839355?

Obtain the correct answer through the calculation of table data.

What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals {}?


Question: What is the average net magnetic moment for materials referenced under DOI https://doi.org/10.1016/j.ica.2004.12.011?

Answer: 10.0

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What is the average net magnetic moment for materials referenced under DOI {}?


Question: Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above -3.01634556.

Answer: 485.35742061

Obtain the correct answer through the calculation of table data.

Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above {}.


Question: What is the average density of element B (ρb) for materials where the Pauling electronegativity of element B (χpb) is below 1.53?

Answer: 9.10375

Obtain the correct answer through the calculation of table data.

What is the average density of element B (ρb) for materials where the Pauling electronegativity of element B (χpb) is below {}?


Question: What is the average reaction energy for elements with atomic number greater than 77?

Answer: 0.8401272499999999

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What is the average reaction energy for elements with atomic number greater than {}?


Question: Determine the maximum irradiation time (h) for Bi type BiOBr, Main product CH4, and loading > 0.142857143 g/l.

Bi type in photocatalyst
Main product
loading (g/l)
irradiation time(h)

Answer: 4.0

Obtain the correct answer through the calculation of table data.

Determine the maximum irradiation time (h) for Bi type {}, Main product {}, and loading > {} g/l.


Question: Calculate the minimum COx when Cation3-mol < 0.0%, Anion2 = 0.0, and CH4-pressure > 0.065.

Obtain the correct answer through the calculation of table data.

Calculate the minimum COx when Cation3-mol < {}%, Anion2 = {}, and CH4-pressure > {}.


Question: What is the median aging time (AH) for perovskite oxides with DT > 120°C and references in study [44]?

Obtain the correct answer through the calculation of table data.

What is the median aging time (AH) for perovskite oxides with DT > {}°C and references in study {}?


Question: What is the maximum ethane selectivity when O2 conv exceeds 2.5%?

Answer: 55.8

Obtain the correct answer through the calculation of table data.

What is the maximum ethane selectivity when O2 conv exceeds {}%?


Question: Find the maximum final energy (final_energy) for structures where surface valence band maximum (surf_vbm) < -2.6357, scf_vbm > 1.599, and formula is 'ZnO'.

Answer: -38.72416793

Obtain the correct answer through the calculation of table data.

Find the maximum final energy (final_energy) for structures where surface valence band maximum (surf_vbm) < {}, scf_vbm > {}, and formula is '{}'.


Question: What is the average reaction rate (-log(k)) when pH is 6.0?

Obtain the correct answer through the calculation of table data.

What is the average reaction rate (-log(k)) when pH is {}?


Question: How many preparation methods resulted in SSA > 51.2 m²/g and AH < 10.0 hours?

Answer: 1

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How many preparation methods resulted in SSA > {} m²/g and AH < {} hours?


Question: What is the average bulk_energy for bulk_formula Hg?

Answer: 53.89752

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What is the average bulk_energy for bulk_formula {}?


Question: What is the total number of articles indexed on 2015-11-01 00:00:00 that used the electrochemical deposition method?

Answer: 1

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What is the total number of articles indexed on {} that used the electrochemical deposition method?


Question: Find the minimum activation energy for adsorbed species CH* on surfaces with key 4 and elements of atomic number 47.

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Find the minimum activation energy for adsorbed species {} on surfaces with key {} and elements of atomic number {}.


Question: Find the highest defective_energy where wycoff position is a and material_type is 2D?

Answer: -0.82288046

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Find the highest defective_energy where wycoff position is {} and material_type is {}?


Question: How many entries have a wycoff position of f?

Answer: 19

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How many entries have a wycoff position of {}?


Question: What is the average bulk modulus for materials with formation energy (e_form) less than -0.3431781066666677?

Answer: 125.63855571146438

Obtain the correct answer through the calculation of table data.

What is the average bulk modulus for materials with formation energy (e_form) less than {}?


Question: Determine the total number of organic compounds (OC) where temperature (T) exceeds 40.0°C, pH is 3.6, and reaction rate (-log(k)) is less than 0.6825.

Obtain the correct answer through the calculation of table data.

Determine the total number of organic compounds (OC) where temperature (T) exceeds {}°C, pH is {}, and reaction rate (-log(k)) is less than {}.


Question: Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above -0.7178921.

Answer: 263.97339737

Obtain the correct answer through the calculation of table data.

Calculate the minimum final energy (final_energy) where the Fermi energy level (efermi) is above {}.


Question: Compute the average Catalyst dosage (g/L) for experiments where pH equals 6.3.

Obtain the correct answer through the calculation of table data.

Compute the average Catalyst dosage (g/L) for experiments where pH equals {}.


Question: Find the maximum formation energy (ef) for entries where material_type is 2D?

Answer: 9.48986

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Find the maximum formation energy (ef) for entries where material_type is {}?


Question: What is the maximum Degradation Rate achieved with Illumination Time under 20 minutes, pH > 10.0, and Dopant C?

Degradation rate(%)
Illumination time(min)
pH
Dopant

Obtain the correct answer through the calculation of table data.

What is the maximum Degradation Rate achieved with Illumination Time under {} minutes, pH > {}, and Dopant {}?


Question: What is the average bulk modulus for materials with formation energy (e_form) greater than -0.4785471074374996?

Answer: 157.7063282631904

Obtain the correct answer through the calculation of table data.

What is the average bulk modulus for materials with formation energy (e_form) greater than {}?


Question: What is the average calcination temperature for experiments using a photocatalyst dose of 0.75 g/L?

Photocatalyst dose(g L-1)
Calcination temperature(K)

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What is the average calcination temperature for experiments using a photocatalyst dose of {} g/L?


Question: What is the minimum total energy for materials with an LCD of 2.42132?

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What is the minimum total energy for materials with an LCD of {}?


Question: What is the highest density for materials with pretty_formula equal to Li6FeS4?

Answer: 2.337936405134654

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What is the highest density for materials with pretty_formula equal to {}?


Question: How many unique surfaces are recorded for the element Ag?

Answer: 87

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How many unique surfaces are recorded for the element {}?


Question: What is the maximum bandgap observed in materials from source_id mp-1009641?

Answer: 0.0

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What is the maximum bandgap observed in materials from source_id {}?


Question: How many unique surfaces are recorded for the element Os?

Answer: 1

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How many unique surfaces are recorded for the element {}?


Question: What is the minimum Gold percentage in alloys where Ruthenium exceeds 83.4%?

Answer: 11.6

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What is the minimum Gold percentage in alloys where Ruthenium exceeds {}%?


Question: What is the highest methane conversion rate when Cation1 is Na, Cation2Amount > 80%, and Support is Al2O3?

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What is the highest methane conversion rate when Cation1 is {}, Cation2Amount > {}%, and Support is {}?


Question: What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds 9.836915969848633?

Answer: 36.540000915527344

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What is the lowest heat capacity (Cv) observed when the energy gap (gap) exceeds {}?


Question: How many synthesized compounds have a net magnetic moment above 3.0?

Answer: 475

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How many synthesized compounds have a net magnetic moment above {}?


Question: Find the median Band_gap_GGA where Band_gap_HSE_optical < 0.5201560000000001.

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Find the median Band_gap_GGA where Band_gap_HSE_optical < {}.


Question: What is the highest Surface area (m2/g) observed when Material is MIL-101, Catalyst dosage (g/L) > 0.05, and Degradation efficiency (%) > 35.0?

Material
Catalyst dosage (g/L)
Degradation efficiency (%)
Surface area (m2/g)

Answer: 252.59

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What is the highest Surface area (m2/g) observed when Material is {}, Catalyst dosage (g/L) > {}, and Degradation efficiency (%) > {}?


Question: Find the minimum formation_energy_per_atom for materials in tags [].

Answer: 5.205960005

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Find the minimum formation_energy_per_atom for materials in tags {}.


Question: What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) NC(=O)N?

Answer: -3.36994918174234

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What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) {}?


Question: What is the median atomic number of elements with activation energy below 2.07?

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What is the median atomic number of elements with activation energy below {}?


Question: Determine the highest overpotential in acidic conditions for articles published in APPLIED SURFACE SCIENCE journal.

Answer: 186.0

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Determine the highest overpotential in acidic conditions for articles published in {} journal.


Question: Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below 1590.32 K.

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Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below {} K.


Question: What is the median Atomic Number of Element D (D_AtomN) when Lattice Parameter is 3.935041373?

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What is the median Atomic Number of Element D (D_AtomN) when Lattice Parameter is {}?


Question: What is the average Ruthenium content in alloys where Onset potential is greater than 0.49098V?

Answer: 18.414743589743594

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What is the average Ruthenium content in alloys where Onset potential is greater than {}V?


Question: What is the highest reaction energy recorded for element Os?

Answer: 0.78

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What is the highest reaction energy recorded for element {}?


Question: What is the minimum loading (g/l) required when light source is UV–VIS and Reaction medium is gas-solid to achieve Yield > 4.45 μmol/g/h?

light source
Reaction medium
Yield (μmol/g/h)
loading (g/l)

Answer: 0.25

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What is the minimum loading (g/l) required when light source is {} and Reaction medium is {} to achieve Yield > {} μmol/g/h?


Question: Calculate the highest reaction rate (-log(k)) observed when organic compound (OC) is n-Propanol, temperature (T) is 40°C, and initial concentration (C0) is below 1.0 mg/L.

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Calculate the highest reaction rate (-log(k)) observed when organic compound (OC) is {}, temperature (T) is {}°C, and initial concentration (C0) is below {} mg/L.


Question: Retrieve the ID with the highest Tc for materials where formula contains La1.85Ca0.989Sr0.161Cu2O5.93 and Tc exceeds 13.0.

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Retrieve the ID with the highest Tc for materials where formula contains {} and Tc exceeds {}.


Question: Determine the maximum boiling temperature of element A (A_Tb) for materials where the first ionization energy of element B (I1b) is above 7.862 eV, the density of element B (ρb) exceeds 7.74 g/cm³, and the tolerance factor (t) is less than 0.886.

Answer: 3520.0

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Determine the maximum boiling temperature of element A (A_Tb) for materials where the first ionization energy of element B (I1b) is above {} eV, the density of element B (ρb) exceeds {} g/cm³, and the tolerance factor (t) is less than {}.


Question: What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) C=O?

Answer: -4.02684653612837

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What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) {}?


Question: What Light Wavelength achieves Degradation Rate above 86.0% within 40 minutes of Illumination Time for Dopant C?

Light wavelength(nm)
Degradation rate(%)
Illumination time(min)
Dopant

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What Light Wavelength achieves Degradation Rate above {}% within {} minutes of Illumination Time for Dopant {}?


Question: What is the highest reaction energy for elements Pt with adsorbed species CCH* and activation energy greater than 2.45?

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What is the highest reaction energy for elements {} with adsorbed species {} and activation energy greater than {}?


Question: What is the average HOMO energy for molecules with a dipole moment (mu) greater than -0.82948836467202?

Answer: -0.10574542714978376

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What is the average HOMO energy for molecules with a dipole moment (mu) greater than {}?


Question: What is the median cycle5 performance for perovskites listed under reference [A152]?

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What is the median cycle5 performance for perovskites listed under reference {}?


Question: What is the highest Rhodium percentage observed in alloys with Onset potential below 0.476002V?

Answer: 45.6

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What is the highest Rhodium percentage observed in alloys with Onset potential below {}V?


Question: Find the average Tolerance Factor (t) for materials with Element B's Density (ρb) less than 4.62?

Answer: 0.8841612903225807

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Find the average Tolerance Factor (t) for materials with Element B's Density (ρb) less than {}?


Question: What is the minimum pore limiting diameter (PLD) for materials with bandgap > 0.345448, synthesized as True, and sourced from CSD?

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What is the minimum pore limiting diameter (PLD) for materials with bandgap > {}, synthesized as {}, and sourced from {}?


Question: What is the minimum formula_energy recorded for the chemical formula NTa2?

Answer: -0.93811153478

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What is the minimum formula_energy recorded for the chemical formula {}?


Question: Calculate the minimum CH4-pressure when C2-selectivity is greater than 44.8%?

Answer: 0.97

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Calculate the minimum CH4-pressure when C2-selectivity is greater than {}%?


Question: What is the average bulk modulus for materials with formation energy (e_form) less than -0.7648113232533321?

Answer: 130.49893997630556

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What is the average bulk modulus for materials with formation energy (e_form) less than {}?


Question: For materials in space group symbol Fm-3m, what is the minimum stress tensor value observed?

Answer: [[9.826322673643141e-06, 0.0, 3.645513621662518e-21], [6.075856036104198e-22, 9.826322673643144e-06, 2.4303424144416787e-21], [3.0379280180520984e-21, 2.4303424144416787e-21, 9.826322673643144e-06]]

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For materials in space group symbol {}, what is the minimum stress tensor value observed?


Question: How many references document samples calcined for over 15.0 hours?

Answer: 35

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How many references document samples calcined for over {} hours?


Question: What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > 0.0, Mg < 0.1, and La = 0.0?

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What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > {}, Mg < {}, and La = {}?


Question: Calculate the average C2 yield (%) for catalysts with primary metal Zn, secondary metal Cs, and support material La2O3.

Answer: 6.786490063000003

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Calculate the average C2 yield (%) for catalysts with primary metal {}, secondary metal {}, and support material {}.


Question: What is the minimum Tc recorded for materials where formula contains Ca0.31Sr0.7Ti1O3?

Answer: 0.1

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What is the minimum Tc recorded for materials where formula contains {}?


Question: Find the average Illumination time (min) when Antibiotic dosage (mg/L) is 50.0, pH > 6.3, and Catalyst dosage (g/L) is 0.15.

Antibiotic dosage (mg/L)
pH
Catalyst dosage (g/L)
Illumination time (min)

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Find the average Illumination time (min) when Antibiotic dosage (mg/L) is {}, pH > {}, and Catalyst dosage (g/L) is {}.


Question: What is the average Yield (μmol/g/h) for experiments with Bandgap < 2.18 eV, light source Visible, and Reaction medium gas-solid?

Eg(eV)
light source
Reaction medium
Yield (μmol/g/h)

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What is the average Yield (μmol/g/h) for experiments with Bandgap < {} eV, light source {}, and Reaction medium {}?


Question: What is the minimum Tc recorded for materials where formula contains Rh0.005Ti0.995?

Answer: 1.295

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What is the minimum Tc recorded for materials where formula contains {}?


Question: Find the average Degradation efficiency (%) for Material MIL-101 when Catalyst dosage (g/L) > 0.2, Illumination time (min) > 10, and pH < 4.1.

Material
Catalyst dosage (g/L)
Illumination time (min)
pH
Degradation efficiency (%)

Obtain the correct answer through the calculation of table data.

Find the average Degradation efficiency (%) for Material {} when Catalyst dosage (g/L) > {}, Illumination time (min) > {}, and pH < {}.


Question: What is the average Power(W) for materials where X is O, A mole is greater than 0.03, and Wave length(<nm) below 285.0?

Answer: 318.3939393939394

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What is the average Power(W) for materials where X is {}, A mole is greater than {}, and Wave length(<nm) below {}?


Question: What is the highest methane conversion rate when Cation1 is V, Cation2Amount > 80%, and Support is SiO2?

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What is the highest methane conversion rate when Cation1 is {}, Cation2Amount > {}%, and Support is {}?


Question: What is the maximum _oqmd_delta_e observed when _oqmd_band_gap equals 4.113?

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What is the maximum _oqmd_delta_e observed when _oqmd_band_gap equals {}?


Question: What is the highest Yield (μmol/g/h) for Bi type BiOBr, Reaction medium gas-solid, and light source UV–VIS?

Bi type in photocatalyst
Reaction medium
light source
Yield (μmol/g/h)

Answer: 6.25

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What is the highest Yield (μmol/g/h) for Bi type {}, Reaction medium {}, and light source {}?


Question: What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to 5.68508295617329?

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What is the minimum HOMO-LUMO gap (gap) for molecules with enthalpy (H) equal to {}?


Question: What is the number of articles from Japan country that triggered an OER data warning?

Answer: 16

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What is the number of articles from {} country that triggered an OER data warning?


Question: What is the minimum reaction solution volume used when the preparation method is 'Sol-gel hydrothermal method'?

Answer: 5/22 v/v CH3OH

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What is the minimum reaction solution volume used when the preparation method is '{}'?


Question: What is the maximum BandGap(eV) for composites with X1 substitution nan, Sac. Agent1 equal to Na2S, and Power(W) less than 300.0?

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What is the maximum BandGap(eV) for composites with X1 substitution {}, Sac. Agent1 equal to {}, and Power(W) less than {}?


Question: For entries where dipole moment (mu) is below 2.56820011138916, what is the average polarizability (alpha)?

Answer: 60.940791857351186

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For entries where dipole moment (mu) is below {}, what is the average polarizability (alpha)?


Question: What is the maximum Degradation Rate achieved with Illumination Time under 20 minutes, pH > 3.0, and Dopant C?

Degradation rate(%)
Illumination time(min)
pH
Dopant

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What is the maximum Degradation Rate achieved with Illumination Time under {} minutes, pH > {}, and Dopant {}?


Question: For materials with B_AtomN 46, what is the average count of D atoms (Dn)?

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For materials with B_AtomN {}, what is the average count of D atoms (Dn)?


Question: What is the highest density for materials with pretty_formula equal to Na2Nb4Se4O19?

Answer: 3.9076934674797497

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What is the highest density for materials with pretty_formula equal to {}?


Question: Calculate the minimum band gap (gap pbe) for materials with elastic anisotropy above 0.353098671453079?

Answer: 11.803

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Calculate the minimum band gap (gap pbe) for materials with elastic anisotropy above {}?


Question: Calculate the mean zero-point vibrational energy (zpve) when HOMO energy is below -9.211053848266602 and heat capacity (Cv) exceeds 10.097999572753906?

Answer: 1.3983586470286051

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Calculate the mean zero-point vibrational energy (zpve) when HOMO energy is below {} and heat capacity (Cv) exceeds {}?


Question: Determine the total CO yield (COy) when Support_ID is 14 and M1_atom_number is less than 25.

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Determine the total CO yield (COy) when Support_ID is {} and M1_atom_number is less than {}.


Question: What is the maximum light intensity (I) recorded for organic compound Benzoic acid with nanoparticle dose (D) ≥ 1.875 g/L and reaction rate (-log(k)) > 0.5246?

Answer: 0.176

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What is the maximum light intensity (I) recorded for organic compound {} with nanoparticle dose (D) ≥ {} g/L and reaction rate (-log(k)) > {}?


Question: What is the average Bandgap Energy (Eg(eV)) for materials where Element A's Electronegativity (χpa) is greater than 0.93, Element B's Electronegativity (χpb) is less than 1.54, and the Tolerance Factor (t) is 0.92?

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What is the average Bandgap Energy (Eg(eV)) for materials where Element A's Electronegativity (χpa) is greater than {}, Element B's Electronegativity (χpb) is less than {}, and the Tolerance Factor (t) is {}?


Question: Find the minimum formation energy per atom for compounds in the space group number 74.

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Find the minimum formation energy per atom for compounds in the space group number {}.


Question: Calculate the maximum offset value where optb88vdw_vbm is below 6.7298.

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Calculate the maximum offset value where optb88vdw_vbm is below {}.


Question: Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than 1.12422472457635.

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Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than {}.


Question: What is the minimum desorption temperature (DT) observed for samples aged over 12 hours?

Answer: 100

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What is the minimum desorption temperature (DT) observed for samples aged over {} hours?


Question: What is the highest argon partial pressure (atm) in catalysts where M3 is Hf, Support is La2O3, and CH4/O2 ratio is 6?

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What is the highest argon partial pressure (atm) in catalysts where M3 is {}, Support is {}, and CH4/O2 ratio is {}?


Question: What is the highest electron affinity of element B (EAb) when the density of element A (ρa) is less than 5.62 g/cm³?

Answer: 86.2

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What is the highest electron affinity of element B (EAb) when the density of element A (ρa) is less than {} g/cm³?


Question: What is the maximum Degradation Rate achieved with Illumination Time under 240 minutes, pH > 7.0, and Dopant Fe?

Degradation rate(%)
Illumination time(min)
pH
Dopant

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What is the maximum Degradation Rate achieved with Illumination Time under {} minutes, pH > {}, and Dopant {}?


Question: For Support1 27, what is the maximum C2-yield?

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For Support1 {}, what is the maximum C2-yield?


Question: What is the maximum pH recorded for Pollutant RhB under Light Wavelength 420 nm?

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What is the maximum pH recorded for Pollutant {} under Light Wavelength {} nm?


Question: Calculate the average reaction temperature for noble metal none, synthesis time nan hours, and additional components containing CN.

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Calculate the average reaction temperature for noble metal {}, synthesis time {} hours, and additional components containing {}.


Question: What is the average BandGap(eV) for materials where B is Ni?

Answer: 2.635

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What is the average BandGap(eV) for materials where B is {}?


Question: Determine the minimum hydrogen production rate (RH2) for materials with a melting temperature of element A (A_Tm) above 97.79 K.

Answer: 8600.0

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Determine the minimum hydrogen production rate (RH2) for materials with a melting temperature of element A (A_Tm) above {} K.


Question: Calculate the average nanoparticle dose (D) for organic compound Biphthalate under light intensity (I) > 0.176 mW/cm² and initial concentration (C0) < 1.0 mg/L.

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Calculate the average nanoparticle dose (D) for organic compound {} under light intensity (I) > {} mW/cm² and initial concentration (C0) < {} mg/L.


Question: Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than 2.9868473467998.

Obtain the correct answer through the calculation of table data.

Calculate the median internal energy (U) for molecules where the HOMO-LUMO gap (gap) is greater than {}.


Question: What is the average bulk modulus for materials with formation energy (e_form) less than -1.4044813563392855?

Answer: 171.055175822565

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What is the average bulk modulus for materials with formation energy (e_form) less than {}?


Question: Calculate the maximum offset value where optb88vdw_vbm is below 4.0042.

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Calculate the maximum offset value where optb88vdw_vbm is below {}.


Question: Determine the minimum Calcination Temperature required for 78.0% Degradation Rate when pH is 7.0 and Catalyst/Pollutant mass ratio is 100.0.

Calcination temperature(°C)
Degradation rate(%)
pH
Catalyst/Pollutant mass ratio

Obtain the correct answer through the calculation of table data.

Determine the minimum Calcination Temperature required for {}% Degradation Rate when pH is {} and Catalyst/Pollutant mass ratio is {}.


Question: Find the maximum Surface area (m2/g) for Material MIL-101.

Answer: 252.59

Obtain the correct answer through the calculation of table data.

Find the maximum Surface area (m2/g) for Material {}.


Question: What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) C#N?

Answer: -4.06692710208782

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What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) {}?


Question: What is the average methane conversion rate when Cation1 is V?

Answer: 750.0

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What is the average methane conversion rate when Cation1 is {}?


Question: What is the highest density for materials with pretty_formula equal to In3Ga?

Answer: 6.827571874242681

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What is the highest density for materials with pretty_formula equal to {}?


Question: Find the minimum _oqmd_stability value where _oqmd_delta_e is greater than 0.0978438718534491.

Answer: 4.152984231249998

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Find the minimum _oqmd_stability value where _oqmd_delta_e is greater than {}.


Question: What is the median aging time (AH) for perovskite oxides with DT > 110°C and references in study [32]?

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What is the median aging time (AH) for perovskite oxides with DT > {}°C and references in study {}?


Question: What is the median Onset potential for alloys with Ru > 87.9%, Rh > 0.0%, and Pd < 8.7%?

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What is the median Onset potential for alloys with Ru > {}%, Rh > {}%, and Pd < {}%?


Question: Determine the average journal impact factor for articles using 0 method in Peoples R China country with overpotential below 62.0 in neutral conditions.

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Determine the average journal impact factor for articles using {} method in {} country with overpotential below {} in neutral conditions.


Question: Find the average Dopant/Ti mole ratio used for Pollutant Phenol under Experimental Temperature 25°C and Light Wavelength 365 nm.

Dopant/Ti mole ratio
Pollutant
Experimental temperature(°C)
Light wavelength(nm)

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Find the average Dopant/Ti mole ratio used for Pollutant {} under Experimental Temperature {}°C and Light Wavelength {} nm.


Question: What is the average Surface Energy (surf_en) for materials with the chemical formula 'SiC'?

Answer: 4.808187154945441

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What is the average Surface Energy (surf_en) for materials with the chemical formula '{}'?


Question: What is the maximum initial concentration (C0) recorded for reference number 17?

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What is the maximum initial concentration (C0) recorded for reference number {}?


Question: How many references document perovskite oxides with a calcination temperature (CT) above 700°C?

Answer: 49

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How many references document perovskite oxides with a calcination temperature (CT) above {}°C?


Question: Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below 1400.2 K.

Obtain the correct answer through the calculation of table data.

Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below {} K.


Question: For Support1 62, what is the maximum C2-yield?

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For Support1 {}, what is the maximum C2-yield?


Question: What is the highest LUMO energy for molecules where the HOMO energy is greater than -4.47449996619039 and the HOMO-LUMO gap (gap) is less than 4.0378835477359?

Answer: 2.05689453649337

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What is the highest LUMO energy for molecules where the HOMO energy is greater than {} and the HOMO-LUMO gap (gap) is less than {}?


Question: Find the minimum formation energy per atom for compounds in the space group number 191.

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Find the minimum formation energy per atom for compounds in the space group number {}.


Question: What is the average band_gap for materials with nelements equal to 6?

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What is the average band_gap for materials with nelements equal to {}?


Question: Determine the average H2 selectivity when Cation1 is V, Cation3Amount > 0%, and O2 conv < 25.1%.

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Determine the average H2 selectivity when Cation1 is {}, Cation3Amount > {}%, and O2 conv < {}%.


Question: Calculate the maximum ethylene yield (C2H4y) when M2 is Ca and M3_mol is 0.185.

Obtain the correct answer through the calculation of table data.

Calculate the maximum ethylene yield (C2H4y) when M2 is {} and M3_mol is {}.


Question: Compute the average Catalyst dosage (g/L) for experiments where pH equals 5.0.

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Compute the average Catalyst dosage (g/L) for experiments where pH equals {}.


Question: What is the average Yield (μmol/g/h) for experiments with Bandgap < 2.79 eV, light source UV–VIS, and Reaction medium gas-solid?

Eg(eV)
light source
Reaction medium
Yield (μmol/g/h)

Answer: 2.904326923076923

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What is the average Yield (μmol/g/h) for experiments with Bandgap < {} eV, light source {}, and Reaction medium {}?


Question: What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) C?

Answer: -4.11464477806684

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What is the highest statistical correlation coefficient (R2) for samples with optimized molecular structure (SMILES_relaxed) {}?


Question: What is the maximum Tc for materials with formula containing Pb0.5Ca1Sr2Y0.5Cu2O6.97?

Answer: 55.0

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What is the maximum Tc for materials with formula containing {}?


Question: For materials with B_AtomN 76, what is the average count of D atoms (Dn)?

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For materials with B_AtomN {}, what is the average count of D atoms (Dn)?


Question: What is the average bulk modulus for materials with formation energy (e_form) greater than 0.0016083399999999?

Answer: 159.68324563454667

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What is the average bulk modulus for materials with formation energy (e_form) greater than {}?


Question: What is the minimum CH4 conversion (%) when the secondary metal component (M2) is Mo and C2 yield (%) exceeds 1.440634743%?

Answer: 48.26126007

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What is the minimum CH4 conversion (%) when the secondary metal component (M2) is {} and C2 yield (%) exceeds {}%?


Question: Determine the total CO yield (COy) when Support_ID is 11 and M1_atom_number is less than 25.

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Determine the total CO yield (COy) when Support_ID is {} and M1_atom_number is less than {}.


Question: What is the maximum Direct Bandgap observed in materials with B_AtomN greater than 76?

Answer: 2.9

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What is the maximum Direct Bandgap observed in materials with B_AtomN greater than {}?


Question: What is the highest indirect band gap among materials with energy per atom below -195.1937 and space group number 225.0?

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What is the highest indirect band gap among materials with energy per atom below {} and space group number {}?


Question: What is the median Band_gap_GGA for materials where Direct_or_indirect is "Direct", Band_gap_HSE_optical < 1.692346, and Magnetic_ordering "FM"?

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What is the median Band_gap_GGA for materials where Direct_or_indirect is "{}", Band_gap_HSE_optical < {}, and Magnetic_ordering "{}"?


Question: What is the average final_energy for materials where optb88vdw_bandgap exceeds -0.5526?

Answer: -265.06372656595653

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What is the average final_energy for materials where optb88vdw_bandgap exceeds {}?


Question: Find the average Ca concentration when J.uAcm2_0.80_fromCV is above 1125.245?

Answer: 0.1285714285714286

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Find the average Ca concentration when J.uAcm2_0.80_fromCV is above {}?


Question: What is the average Degradation efficiency (%) when pH is 4.1?

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What is the average Degradation efficiency (%) when pH is {}?


Question: What is the highest argon partial pressure (atm) in catalysts where M3 is Ba, Support is BaO, and CH4/O2 ratio is 4?

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What is the highest argon partial pressure (atm) in catalysts where M3 is {}, Support is {}, and CH4/O2 ratio is {}?


Question: What is the median Atomic Number of Element D (D_AtomN) when Lattice Parameter is 3.745885406?

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What is the median Atomic Number of Element D (D_AtomN) when Lattice Parameter is {}?


Question: What is the average number of citations for studies indexed in 2021-10-29 00:00:00?

Answer: 3.6666666666666665

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What is the average number of citations for studies indexed in {}?


Question: What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > 0.0, Mg < 0.2, and La = 0.2?

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What is the maximum J.uAcm2_0.80_fromCV for samples with Ca > {}, Mg < {}, and La = {}?


Question: Find the highest bandgap (gap pbe) among materials with energy above convex hull (e_hull) lower than 0.1074050600000005.

Answer: 7.7947

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Find the highest bandgap (gap pbe) among materials with energy above convex hull (e_hull) lower than {}.


Question: What is the maximum CH4 conversion (%) recorded when M1 is Zn, temperature exceeds 700°C, and total flow is below 20 mL/min?

M1
Temp. (°C)
Total flow(mL/min)
CH4 conversion (%)

Answer: 55.76925153

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What is the maximum CH4 conversion (%) recorded when M1 is {}, temperature exceeds {}°C, and total flow is below {} mL/min?


Question: Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below 3229.78 K.

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Calculate the median atomic radius of element B (Rb) for materials where the boiling temperature of element A (A_Tb) is below {} K.


Question: What is the minimum Bandgap (Eg) observed at a loading of 0.25 g/l?

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What is the minimum Bandgap (Eg) observed at a loading of {} g/l?


Question: What is the minimum nanoparticle dose (D) used for organic compound 2-Naphthol?

Answer: 1.875

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What is the minimum nanoparticle dose (D) used for organic compound {}?


Question: Calculate the average atomic number of elements in surface -211.0 where carbon species is 5.0 and reaction energy exceeds -0.148.

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Calculate the average atomic number of elements in surface {} where carbon species is {} and reaction energy exceeds {}.


Question: For materials with B_AtomN 33, what is the average count of D atoms (Dn)?

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For materials with B_AtomN {}, what is the average count of D atoms (Dn)?


Question: Calculate the median Palladium percentage for alloys where Gold percentage is under 30.9%.

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Calculate the median Palladium percentage for alloys where Gold percentage is under {}%.


Question: Find the minimum heat capacity (Cv) for materials where HOMO energy exceeds -7.298093795776367, internal energy at 0K (U0) is below -26.75823402404785, and Gibbs free energy (G) equals -25.05537414550781?

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Find the minimum heat capacity (Cv) for materials where HOMO energy exceeds {}, internal energy at 0K (U0) is below {}, and Gibbs free energy (G) equals {}?


Question: What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals 8.302193641662598?

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What is the sum of Gibbs free energy (G) when the HOMO-LUMO gap equals {}?


Question: How many organic compounds (OC) have pH values equal to 10.6?

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How many organic compounds (OC) have pH values equal to {}?


Question: How many atoms do structures with a final energy greater than -21.51970663570347 typically have?

Answer: 740

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How many atoms do structures with a final energy greater than {} typically have?


Question: For source_id mp-30033, what is the maximum total magnetization observed?

Answer: 2.9997479

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For source_id {}, what is the maximum total magnetization observed?


Question: What is the highest reaction energy recorded for element Au?

Answer: 6.77

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What is the highest reaction energy recorded for element {}?