Question: What comments are associated with the paper authored by D. Podolsky, K. Enqvist and report number HIP-2007-15/TH?

4 pages; more references added; discussion enlarged

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What comments are associated with the paper authored by {} and report number {}?


Question:
What comments are associated with the paper authored by Ignazio Licata and report number Published in Systemics of Emergence. Research and Development,
  Minati G., Pessa E., Abram M., Springer, 2006, pages 723-734?

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Question: What comments are associated with the paper authored by Damian C. Swift and report number LA-UR-07-2051, LLNL-JRNL-410358?

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Question: What comments are associated with the paper authored by Paolo Di Vecchia and report number NORDITA-2007-13?

Latex 60 pages, 2 figures, uses svmult.cls. Contribution to the
  volume "String theory and fundamental interactions", dedicated to Gabriele
  Veneziano on his 65th birthday.

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Question: What version history details exist for the paper titled Partial cubes: structures, characterizations, and constructions, updated on 2007-05-23?

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What version history details exist for the paper titled {}, updated on {}?


Question:
What version history details exist for the paper titled The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS, updated on 2010-03-18?

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Question: What version history details exist for the paper titled Polymer Quantum Mechanics and its Continuum Limit, updated on 2008-11-26?

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What version history details exist for the paper titled {}, updated on {}?


Question:
What version history details exist for the paper titled Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies, updated on 2008-11-26?

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Question: What version history details exist for the paper titled Sparsity-certifying Graph Decompositions, updated on 2008-12-13?

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What version history details exist for the paper titled {}, updated on {}?


Question: What version history details exist for the paper titled From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$, updated on 2013-10-15?

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Question: What version history details exist for the paper titled Bosonic characters of atomic Cooper pairs across resonance, updated on 2015-05-13?

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Question:
What version history details exist for the paper titled Numerical solution of shock and ramp compression for general material
  properties, updated on 2009-02-05?

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What version history details exist for the paper titled {}, updated on {}?


Question:
What version history details exist for the paper titled The evolution of the Earth-Moon system based on the dark matter field
  fluid model, updated on 2008-01-13?

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Question:
What version history details exist for the paper titled A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata, updated on 2007-05-23?

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What version history details exist for the paper titled {}, updated on {}?


Question: What is the last update date for the paper by parsed authors [['Streinu', 'Ileana', ''], ['Theran', 'Louis', '']] in math.CO cs.CG category?

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Question: What is the last update date for the paper by parsed authors [['Callan', 'David', '']] in math.CO category?

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Question: What is the last update date for the paper by parsed authors [['Cunningham', 'Clifton', ''], ['Dembele', 'Lassina', '']] in math.NT math.AG category?

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Question: What is the last update date for the paper by parsed authors [['Balázs', 'C.', ''], ['Berger', 'E. L.', ''], ['Nadolsky', 'P. M.', ''], ['Yuan', 'C. -P.', '']] in hep-ph category?

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Question: What is the last update date for the paper by parsed authors [['Corichi', 'Alejandro', ''], ['Vukasinac', 'Tatjana', ''], ['Zapata', 'Jose A.', '']] in gr-qc category?

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Question: What is the last update date for the paper by parsed authors [['Choi', 'Dohoon', '']] in math.NT category?

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Question: What is the last update date for the paper by parsed authors [['Harvey', 'Paul', ''], ['Merin', 'Bruno', ''], ['Huard', 'Tracy L.', ''], ['Rebull', 'Luisa M.', ''], ['Chapman', 'Nicholas', ''], ['Evans', 'Neal J.', 'II'], ['Myers', 'Philip C.', '']] in astro-ph category?

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Question: What is the last update date for the paper by parsed authors [['Ovchinnikov', 'Sergei', '']] in math.CO category?

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Question: What is the last update date for the paper by parsed authors [['Swift', 'Damian C.', '']] in cond-mat.mtrl-sci category?

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Question: What is the last update date for the paper by parsed authors [['Pong', 'Y. H.', ''], ['Law', 'C. K.', '']] in cond-mat.mes-hall category?

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Question:
What DOI is assigned to the paper with title Numerical solution of shock and ramp compression for general material
  properties and parsed authors [['Swift', 'Damian C.', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question:
What DOI is assigned to the paper with title A determinant of Stirling cycle numbers counts unlabeled acyclic
  single-source automata and parsed authors [['Callan', 'David', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question:
What DOI is assigned to the paper with title The evolution of the Earth-Moon system based on the dark matter field
  fluid model and parsed authors [['Pan', 'Hongjun', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What DOI is assigned to the paper with title Bosonic characters of atomic Cooper pairs across resonance and parsed authors [['Pong', 'Y. H.', ''], ['Law', 'C. K.', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What DOI is assigned to the paper with title Sparsity-certifying Graph Decompositions and parsed authors [['Streinu', 'Ileana', ''], ['Theran', 'Louis', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What DOI is assigned to the paper with title From dyadic $\Lambda_{\alpha}$ to $\Lambda_{\alpha}$ and parsed authors [['Abu-Shammala', 'Wael', ''], ['Torchinsky', 'Alberto', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What DOI is assigned to the paper with title Partial cubes: structures, characterizations, and constructions and parsed authors [['Ovchinnikov', 'Sergei', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question:
What DOI is assigned to the paper with title The Spitzer c2d Survey of Large, Nearby, Insterstellar Clouds. IX. The
  Serpens YSO Population As Observed With IRAC and MIPS and parsed authors [['Harvey', 'Paul', ''], ['Merin', 'Bruno', ''], ['Huard', 'Tracy L.', ''], ['Rebull', 'Luisa M.', ''], ['Chapman', 'Nicholas', ''], ['Evans', 'Neal J.', 'II'], ['Myers', 'Philip C.', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question:
What DOI is assigned to the paper with title Calculation of prompt diphoton production cross sections at Tevatron and
  LHC energies and parsed authors [['Balázs', 'C.', ''], ['Berger', 'E. L.', ''], ['Nadolsky', 'P. M.', ''], ['Yuan', 'C. -P.', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What DOI is assigned to the paper with title Polymer Quantum Mechanics and its Continuum Limit and parsed authors [['Corichi', 'Alejandro', ''], ['Vukasinac', 'Tatjana', ''], ['Zapata', 'Jose A.', '']]?

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What DOI is assigned to the paper with title {} and parsed authors {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation CC#N?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation CC#C?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation C#N?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation O?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation C?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation CO?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation N?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation CC?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation C#C?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the HOMO energy for the molecule represented by the SMILES notation C=O?

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What is the HOMO energy for the molecule represented by the SMILES notation {}?


Question: What is the dipole moment (mu) of the sample identified by 5?

In a tabular data structure, locate the cells that meet the requirements.

What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 4?

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What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 2?

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What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 9?

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What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 6?

In a tabular data structure, locate the cells that meet the requirements.

What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 8?

In a tabular data structure, locate the cells that meet the requirements.

What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 7?

In a tabular data structure, locate the cells that meet the requirements.

What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 3?

In a tabular data structure, locate the cells that meet the requirements.

What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 10?

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What is the dipole moment (mu) of the sample identified by {}?


Question: What is the dipole moment (mu) of the sample identified by 1?

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What is the dipole moment (mu) of the sample identified by {}?


Question: For the optimized molecular structure C#N, what is the HOMO-LUMO energy gap (gap)?

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For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure N, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure C, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure CC#C, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure O, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure C=O, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure CO, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure CC, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure CC#N, what is the HOMO-LUMO energy gap (gap)?

In a tabular data structure, locate the cells that meet the requirements.

For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: For the optimized molecular structure C#C, what is the HOMO-LUMO energy gap (gap)?

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For the optimized molecular structure {}, what is the HOMO-LUMO energy gap (gap)?


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation N.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation CC#C.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation C.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation C#N.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation O.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation C#C.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation CO.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation CC.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation CC#N.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: Determine the electronic polarizability (alpha) for the molecule with SMILES notation C=O.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for the molecule with SMILES notation {}.


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure O?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure CC#N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure CC#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure CO?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure C#N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure CC?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure C#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the internal energy at 0 K (U0) for the molecule with SMILES structure C=O?

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What is the internal energy at 0 K (U0) for the molecule with SMILES structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure CC?

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What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure C#N?

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What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure C=O?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure CO?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure C?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure N?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure O?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure CC#N?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure C#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: What is the Gibbs free energy (G) of the molecule with the optimized structure CC#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the Gibbs free energy (G) of the molecule with the optimized structure {}?


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 1.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 9.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 7.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 6.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 2.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 3.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 4.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 8.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 10.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: Find the heat capacity at constant volume (Cv) for the sample with identifier 5.

In a tabular data structure, locate the cells that meet the requirements.

Find the heat capacity at constant volume (Cv) for the sample with identifier {}.


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by CC#C (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by C (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by CO (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by N (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by CC (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by C=O (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by C#N (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by CC#N (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by C#C (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: What is the primary vibrational frequency (omega1) for the molecule denoted by O (SMILES)?

In a tabular data structure, locate the cells that meet the requirements.

What is the primary vibrational frequency (omega1) for the molecule denoted by {} (SMILES)?


Question: Given the sample ID 4, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 10, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 6, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 5, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 9, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 7, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 8, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 1, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 3, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: Given the sample ID 2, what is its statistical correlation coefficient (R²)?

In a tabular data structure, locate the cells that meet the requirements.

Given the sample ID {}, what is its statistical correlation coefficient (R²)?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation C=O?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation CC#N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation O?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation CC?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation C#N?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation CC#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation CO?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: What is the internal energy (U) of the molecule represented by the SMILES notation C#C?

In a tabular data structure, locate the cells that meet the requirements.

What is the internal energy (U) of the molecule represented by the SMILES notation {}?


Question: Given a molecule with SMILES notation CC#C and a dipole moment (mu) of -1.30193535262703, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation CO and a dipole moment (mu) of -0.76304115349828, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation C and a dipole moment (mu) of -1.77790756800166, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation C#N and a dipole moment (mu) of 0.14680008939016, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation CC#N and a dipole moment (mu) of 0.76730662896953, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation C#C and a dipole moment (mu) of -1.77790756800166, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation C=O and a dipole moment (mu) of -0.37519962361434, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation CC and a dipole moment (mu) of -1.77790756800166, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation N and a dipole moment (mu) of -0.69666045604944, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: Given a molecule with SMILES notation O and a dipole moment (mu) of -0.54667200640302, what is its zero-point vibrational energy (ZPVE)?

In a tabular data structure, locate the cells that meet the requirements.

Given a molecule with SMILES notation {} and a dipole moment (mu) of {}, what is its zero-point vibrational energy (ZPVE)?


Question: For a sample with identifier 8 and electronic polarizability (alpha) of -7.13461980636636, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 3 and electronic polarizability (alpha) of -8.43892288823109, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 1 and electronic polarizability (alpha) of -7.59467417670514, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 5 and electronic polarizability (alpha) of -7.62159225156539, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 2 and electronic polarizability (alpha) of -8.05350499818663, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 9 and electronic polarizability (alpha) of -5.68960860591398, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 10 and electronic polarizability (alpha) of -6.21940526111794, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 6 and electronic polarizability (alpha) of -7.47598993754859, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 7 and electronic polarizability (alpha) of -6.28058270398214, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: For a sample with identifier 4 and electronic polarizability (alpha) of -7.21904467751895, determine its enthalpy (H).

In a tabular data structure, locate the cells that meet the requirements.

For a sample with identifier {} and electronic polarizability (alpha) of {}, determine its enthalpy (H).


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -0.7643322709248 and LUMO energy 1.51686422304909?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -5.47146527326176 and LUMO energy 0.1550486500157?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -3.92366525315096 and LUMO energy 0.54993247605203?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -2.01622934601441 and LUMO energy 0.82741840786134?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -1.21956757095738 and LUMO energy -1.11925212913937?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -2.39407464504146 and LUMO energy 1.21376420522661?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -0.9418740379375 and LUMO energy 1.05581067481208?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -6.71425764235072 and LUMO energy 2.24686567442436?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -1.14217756995184 and LUMO energy 1.42081140049971?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy -4.47449996619039 and LUMO energy 1.96937974261504?

In a tabular data structure, locate the cells that meet the requirements.

What is the optimized molecular structure (SMILES_relaxed) of a molecule with HOMO energy {} and LUMO energy {}?


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.17298880451383 and a heat capacity (Cv) of -6.29834488537368.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.02684653612837 and a heat capacity (Cv) of -6.19729982493282.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -3.94197228761989 and a heat capacity (Cv) of -5.6224984835442.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -3.66769129288626 and a heat capacity (Cv) of -5.24487022846595.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -3.85030878378962 and a heat capacity (Cv) of -5.29133620516503.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.02850195638145 and a heat capacity (Cv) of -5.66601423950048.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -3.60895471470578 and a heat capacity (Cv) of -4.70522568426234.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.06692710208782 and a heat capacity (Cv) of -6.23048980828931.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.1474743680007 and a heat capacity (Cv) of -6.22114744260378.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of -4.11464477806684 and a heat capacity (Cv) of -6.18353212813309.

In a tabular data structure, locate the cells that meet the requirements.

Find the internal energy (U) for a sample that has a statistical correlation coefficient (R²) of {} and a heat capacity (Cv) of {}.


Question: Given the optimized structure CC#N (SMILES_relaxed) and a Gibbs free energy (G) of 4.91457211979801, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure C#N (SMILES_relaxed) and a Gibbs free energy (G) of 6.14002915286456, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure C (SMILES_relaxed) and a Gibbs free energy (G) of 5.75764468354196, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure CC (SMILES_relaxed) and a Gibbs free energy (G) of 4.59587971770934, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure CC#C (SMILES_relaxed) and a Gibbs free energy (G) of 4.57570144279915, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure C#C (SMILES_relaxed) and a Gibbs free energy (G) of 5.78810261916177, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure O (SMILES_relaxed) and a Gibbs free energy (G) of 6.53867256157596, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure CO (SMILES_relaxed) and a Gibbs free energy (G) of 5.40310812450292, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure C=O (SMILES_relaxed) and a Gibbs free energy (G) of 5.90378031726968, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: Given the optimized structure N (SMILES_relaxed) and a Gibbs free energy (G) of 6.27417471410908, what is its primary vibrational frequency (omega1)?

In a tabular data structure, locate the cells that meet the requirements.

Given the optimized structure {} (SMILES_relaxed) and a Gibbs free energy (G) of {}, what is its primary vibrational frequency (omega1)?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation CO and an enthalpy (H) of 5.328265494185?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation N and an enthalpy (H) of 6.18375206695995?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation O and an enthalpy (H) of 6.4534769699168?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation C#N and an enthalpy (H) of 6.08579953020717?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation C=O and an enthalpy (H) of 5.84518071660908?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation CC#N and an enthalpy (H) of 4.87952996944773?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation C and an enthalpy (H) of 5.68508295617329?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation CC#C and an enthalpy (H) of 4.5418355117079?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation CC and an enthalpy (H) of 4.53222860833902?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation C#C and an enthalpy (H) of 5.73468965326116?

In a tabular data structure, locate the cells that meet the requirements.

What is the zero-point vibrational energy (ZPVE) of a molecule with SMILES notation {} and an enthalpy (H) of {}?


Question: Determine the electronic polarizability (alpha) for a sample identified by 1 with a HOMO-LUMO gap of 5.35591684810335.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 6 with a HOMO-LUMO gap of -0.5455666591689.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 3 with a HOMO-LUMO gap of 2.31935459822143.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 9 with a HOMO-LUMO gap of 1.48657793094747.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 10 with a HOMO-LUMO gap of 2.37233021318797.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 2 with a HOMO-LUMO gap of 1.86164528491055.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 4 with a HOMO-LUMO gap of 1.7599321041748.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 8 with a HOMO-LUMO gap of 1.94216821965969.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 5 with a HOMO-LUMO gap of 2.70289805057916.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: Determine the electronic polarizability (alpha) for a sample identified by 7 with a HOMO-LUMO gap of 4.0378835477359.

In a tabular data structure, locate the cells that meet the requirements.

Determine the electronic polarizability (alpha) for a sample identified by {} with a HOMO-LUMO gap of {}.


Question: If a molecule has an internal energy at 0 K (U0) of 5.70989371834825 and a molecular structure C, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 4.55778567588044 and a molecular structure CC#C, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 4.55560047295827 and a molecular structure CC, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 5.86633737749248 and a molecular structure C=O, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 5.75399053340846 and a molecular structure C#C, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 6.2103526346324 and a molecular structure N, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 6.47824427875756 and a molecular structure O, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 5.35238766681068 and a molecular structure CO, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 6.10550770552605 and a molecular structure C#N, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: If a molecule has an internal energy at 0 K (U0) of 4.8957540626905 and a molecular structure CC#N, what is its heat capacity at constant volume (Cv)?

In a tabular data structure, locate the cells that meet the requirements.

If a molecule has an internal energy at 0 K (U0) of {} and a molecular structure {}, what is its heat capacity at constant volume (Cv)?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure CC#N and a dipole moment (mu) of 0.76730662896953?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure C#C and a dipole moment (mu) of -1.77790756800166?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure C and a dipole moment (mu) of -1.77790756800166?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure C#N and a dipole moment (mu) of 0.14680008939016?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure O and a dipole moment (mu) of -0.54667200640302?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure CO and a dipole moment (mu) of -0.76304115349828?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure CC#C and a dipole moment (mu) of -1.30193535262703?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure C=O and a dipole moment (mu) of -0.37519962361434?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure CC and a dipole moment (mu) of -1.77790756800166?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure N and a dipole moment (mu) of -0.69666045604944?

In a tabular data structure, locate the cells that meet the requirements.

What is the statistical correlation coefficient (R²) for a molecule with SMILES_relaxed structure {} and a dipole moment (mu) of {}?


Question: For a molecule with primary vibrational frequency (omega1) of 1.22888102568859 and Gibbs free energy (G) of 5.40310812450292, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of 0.26683847374409 and Gibbs free energy (G) of 6.27417471410908, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of 1.51212077045889 and Gibbs free energy (G) of 6.53867256157596, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of -1.3203823354756 and Gibbs free energy (G) of 5.75764468354196, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of -0.05150640578993 and Gibbs free energy (G) of 6.14002915286456, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of 0.20136633895406 and Gibbs free energy (G) of 5.78810261916177, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of -1.47087300321446 and Gibbs free energy (G) of 4.59587971770934, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of 0.02247121663841 and Gibbs free energy (G) of 4.57570144279915, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of -1.40792992183875 and Gibbs free energy (G) of 4.91457211979801, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: For a molecule with primary vibrational frequency (omega1) of -2.15174326472055 and Gibbs free energy (G) of 5.90378031726968, what is its optimized structure (SMILES_relaxed)?

In a tabular data structure, locate the cells that meet the requirements.

For a molecule with primary vibrational frequency (omega1) of {} and Gibbs free energy (G) of {}, what is its optimized structure (SMILES_relaxed)?


Question: Determine the lattice parameter (Å) when the unit cell volume is 69.0727284243, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 70.4207718211, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 68.0188498248, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 73.6686200925, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 46.6334987319, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 64.4121955981, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 60.683531843, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 71.0530211546, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 60.3019460895, element E has an atomic number of 8, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: Determine the lattice parameter (Å) when the unit cell volume is 76.2355842565, element E has an atomic number of 7, and Dn is 0?

In a tabular data structure, locate the cells that meet the requirements.

Determine the lattice parameter (Å) when the unit cell volume is {}, element E has an atomic number of {}, and Dn is {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 72, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 83, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 32, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 45, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 81, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 49, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 41, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 29, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 19, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: What is the direct bandgap energy (eV) for a composition with A_AtomN 76, B element He, and Cn value 1?

In a tabular data structure, locate the cells that meet the requirements.

What is the direct bandgap energy (eV) for a composition with A_AtomN {}, B element {}, and Cn value {}?


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 71.0530211546 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 7, the indirect bandgap is 0.0 eV, and the volume is 76.2355842565 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 68.0188498248 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 46.6334987319 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 60.3019460895 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 73.6686200925 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 69.0727284243 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 1.0 eV, and the volume is 70.4207718211 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 60.683531843 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: Find the count of E atoms if element E has an atomic number of 8, the indirect bandgap is 0.0 eV, and the volume is 64.4121955981 Å³.

In a tabular data structure, locate the cells that meet the requirements.

Find the count of E atoms if element E has an atomic number of {}, the indirect bandgap is {} eV, and the volume is {} Å³.


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 1.66 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 1.3 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 1, and the formation energy is -0.08 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 1.94 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 1.84 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 1, and the formation energy is -0.1 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 1.8 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 2.6 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 2, and the formation energy is 2.12 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: What is the atomic number of element C when element A is 0, Bn is 1, and the formation energy is 0.02 eV?

In a tabular data structure, locate the cells that meet the requirements.

What is the atomic number of element C when element A is {}, Bn is {}, and the formation energy is {} eV?


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.1030064886 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 3.9214237611 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 3.5994211706 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.1920602095 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.0085690381 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 3.9296778574 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.2401957949 Å, and En value 1.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.1418482485 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.0820322165 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: Identify the unit cell volume (Å³) for a material with element D as H, lattice parameter 4.1295265268 Å, and En value 2.

In a tabular data structure, locate the cells that meet the requirements.

Identify the unit cell volume (Å³) for a material with element D as {}, lattice parameter {} Å, and En value {}.


Question: How many B atoms are present in the composition if B_AtomN is 33, element C is H, and the direct bandgap is 1.8 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 40, element C is H, and the direct bandgap is 3.7 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 73, element C is H, and the direct bandgap is 0.8 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 49, element C is H, and the direct bandgap is 1.3 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 39, element C is H, and the direct bandgap is 2.8 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 40, element C is H, and the direct bandgap is 0.6 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 20, element C is H, and the direct bandgap is 1.2 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 22, element C is H, and the direct bandgap is 2.2 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 80, element C is H, and the direct bandgap is 1.6 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: How many B atoms are present in the composition if B_AtomN is 72, element C is H, and the direct bandgap is 4.0 eV?

In a tabular data structure, locate the cells that meet the requirements.

How many B atoms are present in the composition if B_AtomN is {}, element C is {}, and the direct bandgap is {} eV?


Question: What is the count of A atoms when the formation energy is 1.8 eV, element B is He, and C_AtomN is 3?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 2.3 eV, element B is He, and C_AtomN is 4?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 1.26 eV, element B is He, and C_AtomN is 7?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 1.4 eV, element B is He, and C_AtomN is 5?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 3.44 eV, element B is He, and C_AtomN is 5?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 0.72 eV, element B is He, and C_AtomN is 7?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 1.16 eV, element B is He, and C_AtomN is 3?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 2.58 eV, element B is He, and C_AtomN is 4?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 1.78 eV, element B is He, and C_AtomN is 5?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: What is the count of A atoms when the formation energy is 0.1 eV, element B is He, and C_AtomN is 3?

In a tabular data structure, locate the cells that meet the requirements.

What is the count of A atoms when the formation energy is {} eV, element B is {}, and C_AtomN is {}?


Question: Determine the atomic number of element E if material volume is 46.6334987319 Å³, lattice parameter is 3.5994211706 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 70.4207718211 Å³, lattice parameter is 4.1295265268 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 69.0727284243 Å³, lattice parameter is 4.1030064886 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 71.0530211546 Å³, lattice parameter is 4.1418482485 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 60.683531843 Å³, lattice parameter is 3.9296778574 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 76.2355842565 Å³, lattice parameter is 4.2401957949 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 60.3019460895 Å³, lattice parameter is 3.9214237611 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 68.0188498248 Å³, lattice parameter is 4.0820322165 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 73.6686200925 Å³, lattice parameter is 4.1920602095 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: Determine the atomic number of element E if material volume is 64.4121955981 Å³, lattice parameter is 4.0085690381 Å, and element D is H.

In a tabular data structure, locate the cells that meet the requirements.

Determine the atomic number of element E if material volume is {} Å³, lattice parameter is {} Å, and element D is {}.


Question: What is the reaction temperature (K/°C) for preparation number 2.0?

In a tabular data structure, locate the cells that meet the requirements.

What is the reaction temperature (K/°C) for preparation number {}?


Question: What methane partial pressure corresponds to a contact duration of 5.3?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 0.62?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 20.5?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 56.0?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 9.64?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 3.44?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 1.27?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?


Question: What methane partial pressure corresponds to a contact duration of 26.0?

In a tabular data structure, locate the cells that meet the requirements.

What methane partial pressure corresponds to a contact duration of {}?