Question: Determine the cycle1 performance for a material with primary B site Ni, secondary B2 site Cu, and reference ID [A118].

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

Determine the cycle1 performance for a material with primary B site {}, secondary B2 site {}, and reference ID {}.


Question: Determine the cycle1 performance for a material with primary B site Ti, secondary B2 site Rh+Sb, and reference ID [A4].

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

Determine the cycle1 performance for a material with primary B site {}, secondary B2 site {}, and reference ID {}.


Question: Determine the cycle1 performance for a material with primary B site Zn, secondary B2 site Nb, and reference ID [A86].

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

Determine the cycle1 performance for a material with primary B site {}, secondary B2 site {}, and reference ID {}.


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-8?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-1?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-2?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-3?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-4?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-10?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-9?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-6?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-5?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the PBE method lattice constant for the perovskite material with identifier Perov-7?

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

What is the PBE method lattice constant for the perovskite material with identifier {}?


Question: What is the HSE calculated band gap for the material identified by Perov-7?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-8?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-6?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-1?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-5?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-3?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-10?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-9?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-2?

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

What is the HSE calculated band gap for the material identified by {}?


Question: What is the HSE calculated band gap for the material identified by Perov-4?

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

What is the HSE calculated band gap for the material identified by {}?


Question: Determine the refractive index value for the material with ID Perov-8.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-9.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-2.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-3.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-4.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-1.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-7.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-10.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-5.

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

Determine the refractive index value for the material with ID {}.


Question: Determine the refractive index value for the material with ID Perov-6.

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

Determine the refractive index value for the material with ID {}.


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-8?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-1?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-10?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-4?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-2?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-9?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-7?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-3?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-6?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: What is the electronic permittivity (Eps_elec) recorded for the perovskite material Perov-5?

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

What is the electronic permittivity (Eps_elec) recorded for the perovskite material {}?


Question: For the material with ID Perov-10, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-8, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-5, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-3, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-2, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-6, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-4, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-7, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-9, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: For the material with ID Perov-1, what is the tolerance factor (Tol)?

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

For the material with ID {}, what is the tolerance factor (Tol)?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-3?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-10?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-1?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-2?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-4?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-8?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-9?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-5?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-7?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: What is the PBE decomposition energy for the perovskite material identified by Perov-6?

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

What is the PBE decomposition energy for the perovskite material identified by {}?


Question: For material Perov-9, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-2, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-8, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-1, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-7, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-10, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-4, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-3, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-5, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: For material Perov-6, what is the HSE mixing energy?

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

For material {}, what is the HSE mixing energy?


Question: Identify the HSE decomposition energy for the material with ID Perov-7.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-8.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-2.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-10.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-4.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-1.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-3.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-6.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-9.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: Identify the HSE decomposition energy for the material with ID Perov-5.

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

Identify the HSE decomposition energy for the material with ID {}.


Question: What PBE mixing energy is associated with the perovskite material Perov-6?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-2?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-3?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-7?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-8?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-4?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-10?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-5?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-9?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: What PBE mixing energy is associated with the perovskite material Perov-1?

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

What PBE mixing energy is associated with the perovskite material {}?


Question: For the material Perov-4, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-6, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-9, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-8, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-5, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-7, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-10, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-3, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-1, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: For the material Perov-2, what is the logarithm of the figure of merit (Log_fom)?

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

For the material {}, what is the logarithm of the figure of merit (Log_fom)?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 6.36 Å and a tolerance factor of 0.922?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 6.42 Å and a tolerance factor of 0.912?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 5.62 Å and a tolerance factor of 1.05?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 5.76 Å and a tolerance factor of 0.938?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 5.33 Å and a tolerance factor of 0.937?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 6.07 Å and a tolerance factor of 0.927?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 6.25 Å and a tolerance factor of 1.007?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 5.76 Å and a tolerance factor of 0.951?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 6.07 Å and a tolerance factor of 0.939?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: What is the HSE-calculated bandgap for the material with a PBE lattice constant of 5.93 Å and a tolerance factor of 1.032?

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

What is the HSE-calculated bandgap for the material with a PBE lattice constant of {} Å and a tolerance factor of {}?


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.25 eV and a Log_fom of 5.2.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.15 eV and a Log_fom of 5.47.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.03 eV and a Log_fom of 5.36.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of 1.24 eV and a Log_fom of 5.37.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.39 eV and a Log_fom of 5.06.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.15 eV and a Log_fom of 5.21.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.22 eV and a Log_fom of 5.28.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.17 eV and a Log_fom of 4.93.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of 0.04 eV and a Log_fom of 5.4.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of -0.25 eV and a Log_fom of 5.16.

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

Determine the refractive index (Ref_ind) of a perovskite with a PBE decomposition energy of {} eV and a Log_fom of {}.


Question: For a material with HSE decomposition energy of -0.14 eV and an electronic permittivity (Eps_elec) of 4.21, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of -0.33 eV and an electronic permittivity (Eps_elec) of 4.19, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of 0.53 eV and an electronic permittivity (Eps_elec) of 5.1, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of 0.33 eV and an electronic permittivity (Eps_elec) of 5.26, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of -0.23 eV and an electronic permittivity (Eps_elec) of 3.91, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of -0.13 eV and an electronic permittivity (Eps_elec) of 3.59, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of 0.35 eV and an electronic permittivity (Eps_elec) of 6.36, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of -0.18 eV and an electronic permittivity (Eps_elec) of 4.53, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of -0.22 eV and an electronic permittivity (Eps_elec) of 3.68, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: For a material with HSE decomposition energy of 1.56 eV and an electronic permittivity (Eps_elec) of 5.36, what is the PBE bandgap?

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

For a material with HSE decomposition energy of {} eV and an electronic permittivity (Eps_elec) of {}, what is the PBE bandgap?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 5.76 Å and 5.77 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 5.76 Å and 5.86 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 5.62 Å and 5.7 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 5.93 Å and 6.12 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 6.07 Å and 6.14 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 6.25 Å and 6.46 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 6.36 Å and 6.59 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 6.42 Å and 6.47 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 5.33 Å and 5.39 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are 6.07 Å and 6.25 Å, respectively?

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

What is the tolerance factor (Tol) of a perovskite where both PBE and HSE lattice constants are {} Å and {} Å, respectively?


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of -0.13 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of -0.18 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of 0.35 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of -0.33 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of 0.05 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of 1.56 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of -0.14 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of -0.23 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of 1.48 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: Identify the Log_fom value for a material with a PBE mixing energy of 0.0 eV and an HSE decomposition energy of 0.53 eV.

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

Identify the Log_fom value for a material with a PBE mixing energy of {} eV and an HSE decomposition energy of {} eV.


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.18 eV and a PBE decomposition energy of -0.25 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.41 eV and a PBE decomposition energy of -0.15 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.53 eV and a PBE decomposition energy of -0.22 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 2.57 eV and a PBE decomposition energy of -0.15 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.84 eV and a PBE decomposition energy of -0.17 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.02 eV and a PBE decomposition energy of -0.39 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 2.56 eV and a PBE decomposition energy of -0.03 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 1.9 eV and a PBE decomposition energy of 1.24 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 2.64 eV and a PBE decomposition energy of 0.04 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of 3.32 eV and a PBE decomposition energy of -0.25 eV?

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

What is the electronic permittivity (Eps_elec) of the perovskite with a HSE bandgap of {} eV and a PBE decomposition energy of {} eV?


Question: For a material that has a refractive index of 2.78 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.09 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.29 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.59 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.99 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.13 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 1.98 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.26 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.46 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: For a material that has a refractive index of 2.34 and a PBE mixing energy of 0.0 eV, what is the HSE mixing energy?

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

For a material that has a refractive index of {} and a PBE mixing energy of {} eV, what is the HSE mixing energy?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.938 and an HSE lattice constant of 5.77 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 1.032 and an HSE lattice constant of 6.12 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.937 and an HSE lattice constant of 5.39 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.927 and an HSE lattice constant of 6.14 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 1.05 and an HSE lattice constant of 5.7 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.922 and an HSE lattice constant of 6.59 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.912 and an HSE lattice constant of 6.47 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.939 and an HSE lattice constant of 6.25 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 0.951 and an HSE lattice constant of 5.86 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: What is the Log_fom value for the perovskite with a tolerance factor of 1.007 and an HSE lattice constant of 6.46 Å?

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

What is the Log_fom value for the perovskite with a tolerance factor of {} and an HSE lattice constant of {} Å?


Question: Given PBE and HSE bandgaps of 2.55 eV and 3.84 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 0.88 eV and 2.57 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.05 eV and 1.9 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.31 eV and 2.56 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.26 eV and 3.53 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.95 eV and 3.02 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.97 eV and 3.41 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.58 eV and 3.18 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.79 eV and 2.64 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: Given PBE and HSE bandgaps of 1.61 eV and 3.32 eV, what is the refractive index (Ref_ind) of the material?

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

Given PBE and HSE bandgaps of {} eV and {} eV, what is the refractive index (Ref_ind) of the material?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.18 eV and a tolerance factor of 0.939?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.13 eV and a tolerance factor of 0.938?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of 0.33 eV and a tolerance factor of 1.007?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of 0.35 eV and a tolerance factor of 0.922?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.23 eV and a tolerance factor of 0.951?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of 0.53 eV and a tolerance factor of 0.912?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.22 eV and a tolerance factor of 1.05?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of 1.56 eV and a tolerance factor of 0.937?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.33 eV and a tolerance factor of 1.032?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of -0.14 eV and a tolerance factor of 0.927?

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

What is the PBE decomposition energy of a perovskite with an HSE decomposition energy of {} eV and a tolerance factor of {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 492b76188207a5b4?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 8cf703a4df1f25fe?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) a77b4ca7a1e16136?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) decdb5587d2f1df7?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 044f554c7ef37b62?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) ea53fb2fb3ae7ee5?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) fdf3451fe39aa446?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 07dfdd814ba455f4?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 185e329bf1e88217?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) 240deb6eec327974?

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

What is the AFLOWLIB Uniform Resource Locator (AURL) for the entry with the AFLOWLIB Unique Identifier (auid) {}?


Question: Find the Bader atomic volumes for the material with ID ea53fb2fb3ae7ee5-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 492b76188207a5b4-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID fdf3451fe39aa446-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID a77b4ca7a1e16136-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID decdb5587d2f1df7-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 8cf703a4df1f25fe-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 185e329bf1e88217-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 07dfdd814ba455f4-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 240deb6eec327974-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Find the Bader atomic volumes for the material with ID 044f554c7ef37b62-desc.

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

Find the Bader atomic volumes for the material with ID {}.


Question: Provide the enthalpy per atom for the material with band gap (egap) of 1.5151.

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

Provide the enthalpy per atom for the material with band gap (egap) of {}.


Question: Provide the enthalpy per atom for the material with band gap (egap) of 2.7785.

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

Provide the enthalpy per atom for the material with band gap (egap) of {}.


Question: Provide the enthalpy per atom for the material with band gap (egap) of 0.1114.

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

Provide the enthalpy per atom for the material with band gap (egap) of {}.


Question: What is the total ab initio energy per atom for the material with Bader net charges of [1.5268, 1.5268, 1.5268, 1.5268, 1.3232, 1.3232, 1.3232, 1.3232, -1.1874, -1.1874, -1.1874, -1.1874, -1.6626, -1.6626, -1.6626, -1.6626]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: What is the total ab initio energy per atom for the material with Bader net charges of [1.8714, 0.1206, -0.664, -0.664, -0.664]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: What is the total ab initio energy per atom for the material with Bader net charges of [-1.82, -1.82, -1.82, -1.82, -0.8514, -0.8514, -0.8514, -0.8514, -0.9428, -0.9428, -0.9428, -0.9428, 1.3561, 1.3561, 1.3561, 1.3561, 1.3125, 1.3125, 1.3125, 1.3125, 1.36, 1.36, 1.36, 1.36, 1.3644, 1.3644, 1.3644, 1.3644, -1.7787, -1.7787, -1.7787, -1.7787]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: What is the total ab initio energy per atom for the material with Bader net charges of [-0.3077, -0.264, -0.3068, -0.3895, -0.3439, -0.3457, 1.2213, 1.2216, 1.375, -0.1579, -0.1699, -0.1695, -0.1538, -0.1684, -0.1568, -0.3968, -0.2935, -0.1938]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: What is the total ab initio energy per atom for the material with Bader net charges of [0.0411, 0.0411, 0.7041, -0.3933, -0.393]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: What is the total ab initio energy per atom for the material with Bader net charges of [0.7379, 1.6849, -0.8076, -0.8076, -0.8076]?

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

What is the total ab initio energy per atom for the material with Bader net charges of {}?


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID 985a1f328ecc1af4 and Bader net charges of [-0.3077, -0.264, -0.3068, -0.3895, -0.3439, -0.3457, 1.2213, 1.2216, 1.375, -0.1579, -0.1699, -0.1695, -0.1538, -0.1684, -0.1568, -0.3968, -0.2935, -0.1938].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID 15eb51e7311e995a and Bader net charges of [-1.82, -1.82, -1.82, -1.82, -0.8514, -0.8514, -0.8514, -0.8514, -0.9428, -0.9428, -0.9428, -0.9428, 1.3561, 1.3561, 1.3561, 1.3561, 1.3125, 1.3125, 1.3125, 1.3125, 1.36, 1.36, 1.36, 1.36, 1.3644, 1.3644, 1.3644, 1.3644, -1.7787, -1.7787, -1.7787, -1.7787].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID c2375c2dfa108fbb and Bader net charges of [1.8714, 0.1206, -0.664, -0.664, -0.664].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID 1d245fa793bd7c15 and Bader net charges of [0.7379, 1.6849, -0.8076, -0.8076, -0.8076].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID c22e773b842ae240 and Bader net charges of [0.0411, 0.0411, 0.7041, -0.3933, -0.393].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID 7ce839a90e3e4e47 and Bader net charges of [1.5268, 1.5268, 1.5268, 1.5268, 1.3232, 1.3232, 1.3232, 1.3232, -1.1874, -1.1874, -1.1874, -1.1874, -1.6626, -1.6626, -1.6626, -1.6626].

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

Calculate the fitted band gap (egap_fit) for a material with AFLOWLIB UID {} and Bader net charges of {}.


Question: What is the C₂ yield (%) for a catalyst with Metal 1 component Tb?

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

What is the C₂ yield (%) for a catalyst with Metal 1 component {}?


Question: What is the selectivity toward C₂ hydrocarbons (%) when Metal 2 component is Na?

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

What is the selectivity toward C₂ hydrocarbons (%) when Metal 2 component is {}?


Question: Which catalyst support material is used when the C₂ yield is 5.7%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 16.1%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 2.0%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 3.6%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 12.1%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 1.5%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 11.5%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 9.5%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 1.8%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: Which catalyst support material is used when the C₂ yield is 3.8%?

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

Which catalyst support material is used when the C₂ yield is {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 21.7%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 37.9%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 21.8%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 29.0%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 8.9%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 27.7%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 11.9%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 8.8%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 47.6%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: At which methane-to-oxygen molar ratio is the C₂ selectivity 4.8%?

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

At which methane-to-oxygen molar ratio is the C₂ selectivity {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 26.5%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 24.7%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 25.0%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 34.0%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 21.5%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 35.2%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 28.1%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 33.8%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 30.9%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the argon partial pressure (atm) in tests achieving a methane conversion of 29.0%?

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

What is the argon partial pressure (atm) in tests achieving a methane conversion of {}%?


Question: What is the methane conversion (%) for a catalyst containing M1 component Li, M2 component K, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Mg, M2 component Ca, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Na, M2 component Ce, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Na, M2 component Na, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Na, M2 component Tb, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Na, M2 component Ni, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Na, M2 component Eu, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Mg, M2 component Nd, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Mg, M2 component Zn, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What is the methane conversion (%) for a catalyst containing M1 component Mg, M2 component Mn, and Support MgO?

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

What is the methane conversion (%) for a catalyst containing M1 component {}, M2 component {}, and Support {}?


Question: What C₂ selectivity (%) is achieved at 750.0℃ with a total flow rate of 10.0 mL/min and CH4/O2 ratio of 4.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: What C₂ selectivity (%) is achieved at 750.0℃ with a total flow rate of 10.0 mL/min and CH4/O2 ratio of 6.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: What C₂ selectivity (%) is achieved at 900.0℃ with a total flow rate of 15.0 mL/min and CH4/O2 ratio of 2.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: What C₂ selectivity (%) is achieved at 750.0℃ with a total flow rate of 20.0 mL/min and CH4/O2 ratio of 6.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: What C₂ selectivity (%) is achieved at 850.0℃ with a total flow rate of 10.0 mL/min and CH4/O2 ratio of 4.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: What C₂ selectivity (%) is achieved at 800.0℃ with a total flow rate of 15.0 mL/min and CH4/O2 ratio of 6.0?

Temp. (℃)
Total flow (mL/min)
CH4/O2 (mol/mol)
C2 selectivity (%)

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

What C₂ selectivity (%) is achieved at {}℃ with a total flow rate of {} mL/min and CH4/O2 ratio of {}?


Question: Determine the Support material used when Metal 3 component is Tb, PAr is 0.15 atm, and C₂ yield is 3.8%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Eu, PAr is 0.15 atm, and C₂ yield is 15.5%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Zn, PAr is 0.15 atm, and C₂ yield is 2.1%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is none, PAr is 0.15 atm, and C₂ yield is 7.4%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Hf, PAr is 0.15 atm, and C₂ yield is 8.6%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Mn, PAr is 0.15 atm, and C₂ yield is 8.2%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Hf, PAr is 0.15 atm, and C₂ yield is 16.6%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Y, PAr is 0.7 atm, and C₂ yield is 1.0%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Hf, PAr is 0.15 atm, and C₂ yield is 2.5%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: Determine the Support material used when Metal 3 component is Tb, PAr is 0.4 atm, and C₂ yield is 4.7%?

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

Determine the Support material used when Metal 3 component is {}, PAr is {} atm, and C₂ yield is {}%?


Question: What is the CH4/O2 molar ratio required for 32.1% methane conversion at a temperature of 900.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 29.0% methane conversion at a temperature of 800.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 28.1% methane conversion at a temperature of 900.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 24.0% methane conversion at a temperature of 850.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 24.6% methane conversion at a temperature of 750.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 30.9% methane conversion at a temperature of 800.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 34.0% methane conversion at a temperature of 850.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 27.1% methane conversion at a temperature of 850.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 35.6% methane conversion at a temperature of 750.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What is the CH4/O2 molar ratio required for 24.7% methane conversion at a temperature of 850.0℃ with Support MgO?

CH4 conversion (%)
Temp. (℃)
Support
CH4/O2 (mol/mol)

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

What is the CH4/O2 molar ratio required for {}% methane conversion at a temperature of {}℃ with Support {}?


Question: What total flow rate (mL/min) yields 16.6% C₂ with Metal 1 component Na and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 3.8% C₂ with Metal 1 component Na and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 2.5% C₂ with Metal 1 component Li and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 4.7% C₂ with Metal 1 component Li and argon partial pressure 0.4 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 1.0% C₂ with Metal 1 component Na and argon partial pressure 0.7 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 7.9% C₂ with Metal 1 component Mg and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 8.2% C₂ with Metal 1 component Li and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 8.6% C₂ with Metal 1 component Na and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 7.4% C₂ with Metal 1 component Na and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: What total flow rate (mL/min) yields 2.1% C₂ with Metal 1 component Mg and argon partial pressure 0.15 atm?

C2 yield (%)
M1
PAr (atm)
Total flow (mL/min)

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

What total flow rate (mL/min) yields {}% C₂ with Metal 1 component {} and argon partial pressure {} atm?


Question: Which Metal 2 component (M2) is paired with Temp 800.0℃ and Support MgO to achieve 28.3% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 850.0℃ and Support MgO to achieve 8.9% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 800.0℃ and Support MgO to achieve 27.7% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 750.0℃ and Support MgO to achieve 4.1% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 900.0℃ and Support MgO to achieve 8.8% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 750.0℃ and Support MgO to achieve 46.7% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 850.0℃ and Support MgO to achieve 21.7% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 850.0℃ and Support MgO to achieve 19.1% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 850.0℃ and Support MgO to achieve 29.0% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: Which Metal 2 component (M2) is paired with Temp 900.0℃ and Support MgO to achieve 11.9% C₂ selectivity?

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

Which Metal 2 component (M2) is paired with Temp {}℃ and Support {} to achieve {}% C₂ selectivity?


Question: What is the reaction temperature (℃) for a catalyst with M1 Na, M3 Y, and CH4/O2 ratio 6.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Fe, M3 Hf, and CH4/O2 ratio 2.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 V, M3 Ni, and CH4/O2 ratio 2.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Ca, M3 La, and CH4/O2 ratio 2.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 V, M3 Pd, and CH4/O2 ratio 6.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Na, M3 Tb, and CH4/O2 ratio 6.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Fe, M3 Nd, and CH4/O2 ratio 2.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Mg, M3 Zn, and CH4/O2 ratio 4.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Ti, M3 Cs, and CH4/O2 ratio 2.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: What is the reaction temperature (℃) for a catalyst with M1 Co, M3 Sr, and CH4/O2 ratio 6.0?

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

What is the reaction temperature (℃) for a catalyst with M1 {}, M3 {}, and CH4/O2 ratio {}?


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Fe to achieve 2.5% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Ce to achieve 3.8% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Na to achieve 7.4% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Ca to achieve 2.1% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 K to achieve 8.2% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Fe to achieve 4.7% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Tb to achieve 8.6% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.


Question: Determine the argon partial pressure (atm) when using Support MgO and M2 Eu to achieve 16.6% C₂ yield.

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

Determine the argon partial pressure (atm) when using Support {} and M2 {} to achieve {}% C₂ yield.