Question: At a OptB88-vdW bandgap of -0.2770000000000001 and a CBM of 4.6017, what is the alignment offset?

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

At a OptB88-vdW bandgap of {} and a CBM of {}, what is the alignment offset?


Question: For a system with a final energy of -191.51312359 and a band alignment offset of -0.9182967868328644, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -137.42710336 and a band alignment offset of -0.31134686625131147, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -94.22629209 and a band alignment offset of 0.1705275340169199, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -207.57252903 and a band alignment offset of 0.5978046988467991, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -129.68437497 and a band alignment offset of -0.18972361881771116, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -168.5512116 and a band alignment offset of -0.9168658555902556, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -155.44689227 and a band alignment offset of -0.1592672289933379, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -201.02516344 and a band alignment offset of 0.8230729226123605, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -109.64061114 and a band alignment offset of -1.0591856588034192, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: For a system with a final energy of -385.24643015 and a band alignment offset of -0.5775227899807884, what is the valence band maximum (VBM)?

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

For a system with a final energy of {} and a band alignment offset of {}, what is the valence band maximum (VBM)?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.2770000000000001 and the conduction band minimum (CBM) is 4.6017?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -1.4471999999999996 and the conduction band minimum (CBM) is 8.6359?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.6938999999999993 and the conduction band minimum (CBM) is 6.8134?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.3521999999999998 and the conduction band minimum (CBM) is 4.2821?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.4756 and the conduction band minimum (CBM) is 5.4775?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is 0.6234999999999999 and the conduction band minimum (CBM) is 4.5854?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.5526 and the conduction band minimum (CBM) is 6.9787?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.4502999999999995 and the conduction band minimum (CBM) is 5.1609?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is 0.8818999999999999 and the conduction band minimum (CBM) is 5.258?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: What is the band alignment offset if the OptB88-vdW bandgap is -0.1169999999999999 and the conduction band minimum (CBM) is 3.6149?

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

What is the band alignment offset if the OptB88-vdW bandgap is {} and the conduction band minimum (CBM) is {}?


Question: Given a valence band maximum (VBM) of 6.1195 and a band alignment offset of 0.5978046988467991, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 6.1399 and a band alignment offset of -0.9182967868328644, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 4.3247 and a band alignment offset of -0.18972361881771116, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 5.0019 and a band alignment offset of -0.1592672289933379, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 6.4261 and a band alignment offset of 0.8230729226123605, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 3.4979 and a band alignment offset of -1.0591856588034192, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 3.9299 and a band alignment offset of 0.1705275340169199, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 4.7106 and a band alignment offset of -0.9168658555902556, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 7.1887 and a band alignment offset of -0.5775227899807884, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: Given a valence band maximum (VBM) of 5.2089 and a band alignment offset of -0.31134686625131147, determine the total optimized energy.

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

Given a valence band maximum (VBM) of {} and a band alignment offset of {}, determine the total optimized energy.


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.4502999999999995 and an alignment offset of -0.9168658555902556?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -1.4471999999999996 and an alignment offset of -0.5775227899807884?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.5526 and an alignment offset of 0.8230729226123605?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.4756 and an alignment offset of -0.1592672289933379?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of 0.6234999999999999 and an alignment offset of -0.31134686625131147?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.1169999999999999 and an alignment offset of -1.0591856588034192?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.3521999999999998 and an alignment offset of 0.1705275340169199?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of 0.8818999999999999 and an alignment offset of -0.9182967868328644?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.2770000000000001 and an alignment offset of -0.18972361881771116?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: What conduction band minimum (CBM) corresponds to a bandgap of -0.6938999999999993 and an alignment offset of 0.5978046988467991?

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

What conduction band minimum (CBM) corresponds to a bandgap of {} and an alignment offset of {}?


Question: For a system with a final energy of -137.42710336 and bandgap of 0.6234999999999999, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -385.24643015 and bandgap of -1.4471999999999996, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -94.22629209 and bandgap of -0.3521999999999998, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -155.44689227 and bandgap of -0.4756, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -207.57252903 and bandgap of -0.6938999999999993, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -191.51312359 and bandgap of 0.8818999999999999, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -129.68437497 and bandgap of -0.2770000000000001, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -109.64061114 and bandgap of -0.1169999999999999, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -201.02516344 and bandgap of -0.5526, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: For a system with a final energy of -168.5512116 and bandgap of -0.4502999999999995, what is the valence band maximum (VBM) via OptB88-vdW?

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

For a system with a final energy of {} and bandgap of {}, what is the valence band maximum (VBM) via OptB88-vdW?


Question: If the OptB88-vdW VBM is 5.0019 and the alignment offset is -0.1592672289933379, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 6.1399 and the alignment offset is -0.9182967868328644, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 4.7106 and the alignment offset is -0.9168658555902556, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 6.4261 and the alignment offset is 0.8230729226123605, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 7.1887 and the alignment offset is -0.5775227899807884, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 3.9299 and the alignment offset is 0.1705275340169199, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 6.1195 and the alignment offset is 0.5978046988467991, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 3.4979 and the alignment offset is -1.0591856588034192, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 5.2089 and the alignment offset is -0.31134686625131147, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: If the OptB88-vdW VBM is 4.3247 and the alignment offset is -0.18972361881771116, what is the conduction band minimum (CBM)?

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

If the OptB88-vdW VBM is {} and the alignment offset is {}, what is the conduction band minimum (CBM)?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaMg0.4Cr0.6O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaCrO3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula ZnTiO3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaMg0.2Cr0.8O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaCo0.80Mg0.20O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula PrFeO3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaMg0.8Cr0.2O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaMg0.6Cr0.4O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaCo0.94Mg0.06O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: What is the specific surface area (SSA) of the perovskite oxide with the molecular formula LaCo0.90Mg0.10O3?

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

What is the specific surface area (SSA) of the perovskite oxide with the molecular formula {}?


Question: At what calcination temperature (CT) was the perovskite oxide LaMg0.4Cr0.6O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaCo0.80Mg0.20O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide PrFeO3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide ZnTiO3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaCo0.90Mg0.10O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaMg0.6Cr0.4O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaCo0.94Mg0.06O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaMg0.8Cr0.2O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaMg0.2Cr0.8O3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: At what calcination temperature (CT) was the perovskite oxide LaCrO3 synthesized?

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

At what calcination temperature (CT) was the perovskite oxide {} synthesized?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaCrO3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaMg0.6Cr0.4O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition PrFeO3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaCo0.80Mg0.20O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaCo0.90Mg0.10O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaMg0.4Cr0.6O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition ZnTiO3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaMg0.2Cr0.8O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaMg0.8Cr0.2O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: How many hours of aging (AH) are recorded for the perovskite oxide composition LaCo0.94Mg0.06O3?

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

How many hours of aging (AH) are recorded for the perovskite oxide composition {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaCo0.94Mg0.06O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaCo0.80Mg0.20O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaMg0.2Cr0.8O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaMg0.6Cr0.4O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaMg0.4Cr0.6O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula PrFeO3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaCo0.90Mg0.10O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula ZnTiO3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaCrO3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: What desorption temperature (DT) corresponds to the molecular formula LaMg0.8Cr0.2O3?

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

What desorption temperature (DT) corresponds to the molecular formula {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaCrO3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide ZnTiO3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaMg0.2Cr0.8O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaCo0.94Mg0.06O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaCo0.90Mg0.10O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide PrFeO3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaMg0.6Cr0.4O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaMg0.8Cr0.2O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaCo0.80Mg0.20O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: Which preparation method (PM) is associated with the perovskite oxide LaMg0.4Cr0.6O3?

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

Which preparation method (PM) is associated with the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaMg0.6Cr0.4O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaCo0.80Mg0.20O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide PrFeO3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaMg0.8Cr0.2O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaMg0.4Cr0.6O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaCo0.90Mg0.10O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide ZnTiO3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaCrO3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaCo0.94Mg0.06O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What reference number (Ref.) is linked to the perovskite oxide LaMg0.2Cr0.8O3?

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

What reference number (Ref.) is linked to the perovskite oxide {}?


Question: What is the desorption temperature (DT) for a catalyst calcined at 400℃?

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

What is the desorption temperature (DT) for a catalyst calcined at {}℃?


Question: What is the desorption temperature (DT) for a catalyst calcined at 1000℃?

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

What is the desorption temperature (DT) for a catalyst calcined at {}℃?


Question: Which reference (Ref.) documents a calcination temperature of 1000℃?

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

Which reference (Ref.) documents a calcination temperature of {}℃?


Question: Which reference (Ref.) documents a calcination temperature of 400℃?

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

Which reference (Ref.) documents a calcination temperature of {}℃?


Question: What preparation method (PM) was used for the perovskite oxide ZnTiO3 calcined at 900℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide LaCo0.94Mg0.06O3 calcined at 750℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide LaCo0.80Mg0.20O3 calcined at 750℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide LaCrO3 calcined at 600℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 calcined at 900℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide LaCo0.90Mg0.10O3 calcined at 750℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 calcined at 600℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 calcined at 700℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 calcined at 800℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: What preparation method (PM) was used for the perovskite oxide LaMg0.2Cr0.8O3 calcined at 600℃?

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

What preparation method (PM) was used for the perovskite oxide {} calcined at {}℃?


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 1 and calcined at 750℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 2 and calcined at 500℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 1 and calcined at 600℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 1 and calcined at 1000℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 1 and calcined at 850℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 3 and calcined at 400℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: Determine the specific surface area (SSA) for a catalyst synthesized via method 3 and calcined at 500℃.

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

Determine the specific surface area (SSA) for a catalyst synthesized via method {} and calcined at {}℃.


Question: What desorption temperature (DT) is associated with the molecular formula PrFeO3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaMg0.4Cr0.6O3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaCo0.80Mg0.20O3 aged for 4 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaCo0.90Mg0.10O3 aged for 4 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula ZnTiO3 aged for 2 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaCrO3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaMg0.2Cr0.8O3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaMg0.8Cr0.2O3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaMg0.6Cr0.4O3 aged for 5 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: What desorption temperature (DT) is associated with the molecular formula LaCo0.94Mg0.06O3 aged for 4 hours?

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

What desorption temperature (DT) is associated with the molecular formula {} aged for {} hours?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaFeO3 aged for 4 hours with desorption at 150℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaCrO3 aged for 5 hours with desorption at 100℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaMg0.6Cr0.4O3 aged for 5 hours with desorption at 100℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaMg0.8Cr0.2O3 aged for 5 hours with desorption at 100℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaMg0.4Cr0.6O3 aged for 5 hours with desorption at 100℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaCo0.80Mg0.20O3 aged for 4 hours with desorption at 110℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaCo0.94Mg0.06O3 aged for 4 hours with desorption at 110℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaMg0.2Cr0.8O3 aged for 5 hours with desorption at 100℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide LaCo0.90Mg0.10O3 aged for 4 hours with desorption at 110℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: Which reference (Ref.) corresponds to the perovskite oxide ZnTiO3 aged for 2 hours with desorption at 120℃?

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

Which reference (Ref.) corresponds to the perovskite oxide {} aged for {} hours with desorption at {}℃?


Question: At what calcination temperature (CT) was preparation method 3 applied to achieve a desorption temperature of 80℃?

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

At what calcination temperature (CT) was preparation method {} applied to achieve a desorption temperature of {}℃?


Question: At what calcination temperature (CT) was preparation method 1 applied to achieve a desorption temperature of 90℃?

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

At what calcination temperature (CT) was preparation method {} applied to achieve a desorption temperature of {}℃?


Question: At what calcination temperature (CT) was preparation method 1 applied to achieve a desorption temperature of 110℃?

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

At what calcination temperature (CT) was preparation method {} applied to achieve a desorption temperature of {}℃?


Question: What is the aging time (AH) for the molecular formula ZnTiO3 prepared via method 1?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaMg0.2Cr0.8O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaCo0.94Mg0.06O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaMg0.4Cr0.6O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula PrFeO3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaCo0.90Mg0.10O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaMg0.8Cr0.2O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaCo0.80Mg0.20O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaCrO3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: What is the aging time (AH) for the molecular formula LaMg0.6Cr0.4O3 prepared via method 3?

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

What is the aging time (AH) for the molecular formula {} prepared via method {}?


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 20.63 m²/g and calcination temperature of 600℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 4.19 m²/g and calcination temperature of 900℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 21.0 m²/g and calcination temperature of 750℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 22.0 m²/g and calcination temperature of 750℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 19.0 m²/g and calcination temperature of 750℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 1.05 m²/g and calcination temperature of 900℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 1.08 m²/g and calcination temperature of 900℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 3.95 m²/g and calcination temperature of 600℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 12.46 m²/g and calcination temperature of 700℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: Identify the desorption temperature (DT) of a perovskite oxide with SSA of 5.91 m²/g and calcination temperature of 800℃.

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

Identify the desorption temperature (DT) of a perovskite oxide with SSA of {} m²/g and calcination temperature of {}℃.


Question: What is the reference number (Ref.) for the perovskite oxide ZnTiO3 synthesized via method 1 at 900℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 synthesized via method 3 at 800℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 synthesized via method 3 at 900℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 synthesized via method 3 at 600℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide LaCo0.80Mg0.20O3 synthesized via method 3 at 750℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide LaCo0.94Mg0.06O3 synthesized via method 3 at 750℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide La0.5Bi0.2Ba0.2Mn0.1FeO3 synthesized via method 3 at 700℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide LaCrO3 synthesized via method 3 at 600℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide LaCo0.90Mg0.10O3 synthesized via method 3 at 750℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: What is the reference number (Ref.) for the perovskite oxide LaFeO3 synthesized via method 3 at 900℃?

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

What is the reference number (Ref.) for the perovskite oxide {} synthesized via method {} at {}℃?


Question: Determine the calcination temperature (CT) required for the molecular formula ZnTiO3 to achieve a specific surface area of 1.05 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 to achieve a specific surface area of 4.19 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula LaCo0.80Mg0.20O3 to achieve a specific surface area of 22.0 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula LaCo0.94Mg0.06O3 to achieve a specific surface area of 19.0 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 to achieve a specific surface area of 5.91 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula LaFeO3 to achieve a specific surface area of 1.08 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula LaCo0.90Mg0.10O3 to achieve a specific surface area of 21.0 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 to achieve a specific surface area of 12.46 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula LaCrO3 to achieve a specific surface area of 3.95 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Determine the calcination temperature (CT) required for the molecular formula La0.5Bi0.2Ba0.2Mn0.1FeO3 to achieve a specific surface area of 20.63 m²/g.

Molecular formulas
SSA (m2 g -1 )
CT (℃)

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

Determine the calcination temperature (CT) required for the molecular formula {} to achieve a specific surface area of {} m²/g.


Question: Which preparation method (PM) yields a desorption temperature of 110℃ and SSA of 19.0 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 110℃ and SSA of 21.0 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 120℃ and SSA of 4.19 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 100℃ and SSA of 3.95 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 120℃ and SSA of 1.05 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 150℃ and SSA of 1.08 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 120℃ and SSA of 20.63 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 120℃ and SSA of 12.46 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 110℃ and SSA of 22.0 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: Which preparation method (PM) yields a desorption temperature of 120℃ and SSA of 5.91 m²/g?

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

Which preparation method (PM) yields a desorption temperature of {}℃ and SSA of {} m²/g?


Question: What is the Cobalt content (%) when the Nickel content is 84.0%?

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

What is the Cobalt content (%) when the Nickel content is {}%?


Question: What is the Cobalt content (%) when the Nickel content is 81.0%?

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

What is the Cobalt content (%) when the Nickel content is {}%?


Question: Determine the aging time (h) for an alloy aged at 2000.0°C.

时效时间t (h)
时效温度T (℃)

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

Determine the aging time (h) for an alloy aged at {}°C.


Question: Determine the aging time (h) for an alloy aged at 1024.0°C.

时效时间t (h)
时效温度T (℃)

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

Determine the aging time (h) for an alloy aged at {}°C.


Question: Determine the aging time (h) for an alloy aged at 240.0°C.

时效时间t (h)
时效温度T (℃)

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

Determine the aging time (h) for an alloy aged at {}°C.


Question: Determine the aging time (h) for an alloy aged at 0.25°C.

时效时间t (h)
时效温度T (℃)

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

Determine the aging time (h) for an alloy aged at {}°C.


Question: What is the gamma prime phase size (nm) when the aging temperature is 0.89°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 7.0°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 5.77°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 7.7°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 2.1°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 1.27°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 4.1°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 2.8°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 10.0°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What is the gamma prime phase size (nm) when the aging temperature is 8.26°C?

γ＇相尺寸 (nm)
时效温度T (℃)

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

What is the gamma prime phase size (nm) when the aging temperature is {}°C?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 79.9%, and aging at 800.0°C for 0.25 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 4.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 1024.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 79.9%, and aging at 800.0°C for 1.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 256.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 64.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 16.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 80.0%, Nickel content of 0.0%, and aging at 800.0°C for 1.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 80.0%, Nickel content of 0.0%, and aging at 800.0°C for 4.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: What gamma prime phase size (nm) results from a Cobalt content of 0.0%, Nickel content of 80.6%, and aging at 600.0°C for 1.0 hours?

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

What gamma prime phase size (nm) results from a Cobalt content of {}%, Nickel content of {}%, and aging at {}°C for {} hours?


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 2.8h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 0.89h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 800.0 nm, solution time of 8.26h, and 20.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 800.0 nm, solution time of 5.77h, and 20.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 1.27h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 800.0 nm, solution time of 10.0h, and 12.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 2.1h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 800.0 nm, solution time of 7.0h, and 12.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 4.1h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the aging temperature (°C) needed for a gamma prime size of 600.0 nm, solution time of 7.7h, and 24.0% Cobalt.

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)
Co

时效温度T (℃)
γ＇相尺寸 (nm)
固溶时间t (h)

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

Find the aging temperature (°C) needed for a gamma prime size of {} nm, solution time of {}h, and {}% Cobalt.


Question: Find the Titanium content (%) for 4.0% Cobalt, solution temperature of 80.0°C, and aging time of 1260.0h.

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

Find the Titanium content (%) for {}% Cobalt, solution temperature of {}°C, and aging time of {}h.


Question: Find the Titanium content (%) for 0.0% Cobalt, solution temperature of 85.0°C, and aging time of 1260.0h.

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

Find the Titanium content (%) for {}% Cobalt, solution temperature of {}°C, and aging time of {}h.


Question: Find the Titanium content (%) for 4.0% Cobalt, solution temperature of 81.0°C, and aging time of 1260.0h.

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

Find the Titanium content (%) for {}% Cobalt, solution temperature of {}°C, and aging time of {}h.


Question: Find the Titanium content (%) for 0.0% Cobalt, solution temperature of 84.0°C, and aging time of 1260.0h.

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

Find the Titanium content (%) for {}% Cobalt, solution temperature of {}°C, and aging time of {}h.


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 1.27h and aging temperature 4.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 79.9 nm with aging time 8.26h and aging temperature 1.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 79.9 nm with aging time 5.77h and aging temperature 0.25°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 2.1h and aging temperature 16.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 0.0 nm with aging time 7.0h and aging temperature 1.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 0.0 nm with aging time 10.0h and aging temperature 4.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 0.89h and aging temperature 1.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 4.1h and aging temperature 256.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 7.7h and aging temperature 1024.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: How much Nickel (%) is required to achieve a gamma prime size of 80.6 nm with aging time 2.8h and aging temperature 64.0°C?

Ni
γ＇相尺寸 (nm)
时效时间t (h)
时效温度T (℃)

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

How much Nickel (%) is required to achieve a gamma prime size of {} nm with aging time {}h and aging temperature {}°C?


Question: What is the atomic number of the element Os?

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

What is the atomic number of the element {}?


Question: Which adsorbed species relates to identifier 41 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 23 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 6 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 20 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 1 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 15 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 29 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 32 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 5 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: Which adsorbed species relates to identifier 28 in ab_key?

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

Which adsorbed species relates to identifier {} in ab_key?


Question: What is the adsorbed hydrogen (H*) identifier for species CH3O*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species OCH2O*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species HCOO*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species CO2?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species HCOOH*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species hfH2?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species CO2*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed hydrogen (H*) identifier for species CHO*?

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

What is the adsorbed hydrogen (H*) identifier for species {}?


Question: What is the adsorbed carbon species (C*) tied to identifier 21?

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

What is the adsorbed carbon species (C*) tied to identifier {}?


Question: What is the adsorbed carbon species (C*) tied to identifier 14?

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

What is the adsorbed carbon species (C*) tied to identifier {}?


Question: What is the adsorbed carbon species (C*) tied to identifier 18?

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

What is the adsorbed carbon species (C*) tied to identifier {}?


Question: Which element has an atomic number of 76?

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

Which element has an atomic number of {}?


Question: What activation energy (eV) corresponds to adsorbed species CHCO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CHCHO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CH3CH3*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species COH*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CHO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CH2OO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CH3OH*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CCHO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CCO*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What activation energy (eV) corresponds to adsorbed species CC*?

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

What activation energy (eV) corresponds to adsorbed species {}?


Question: What is the activation energy (eV) for element Ni on the -111 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Re on the -211 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Ru on the -211 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Rh on the -111 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Pt on the -211 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Pd on the -111 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Rh on the -211 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Pd on the -211 surface with adsorbed species CH*?

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

What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Pt on the -111 surface with adsorbed species CH*?

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What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: What is the activation energy (eV) for element Cu on the -211 surface with adsorbed species CH*?

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What is the activation energy (eV) for element {} on the {} surface with adsorbed species {}?


Question: Determine the reaction energy (eV) for element Ir (atomic number 77) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Mo (atomic number 42) on surface -110.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Pt (atomic number 78) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Zn (atomic number 30) on surface -211.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Au (atomic number 79) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Mo (atomic number 42) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Pd (atomic number 46) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element V( (atomic number 23) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element W( (atomic number 74) on surface -110.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: Determine the reaction energy (eV) for element Ag (atomic number 47) on surface -100.

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Determine the reaction energy (eV) for element {} (atomic number {}) on surface {}.


Question: What is the activation energy (eV) for surface -211 (identifier 5) with adsorbed hydrogen hfH2?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -100 (identifier 2) with adsorbed hydrogen CO?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen CO2*?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen O*?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -111 (identifier 4) with adsorbed hydrogen CO?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -110 (identifier 3) with adsorbed hydrogen CO?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen HCOO*?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen HCOOH*?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen CO2?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What is the activation energy (eV) for surface -1 (identifier 0) with adsorbed hydrogen CH3O*?

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What is the activation energy (eV) for surface {} (identifier {}) with adsorbed hydrogen {}?


Question: What reaction energy (eV) occurs for carbon species CH* (key 5) on element Co?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species CCH3* (key 4) on element Ag?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species CCH3* (key 4) on element Rh?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species CCH3* (key 4) on element Cu?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species CCH3* (key 4) on element Pt?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species C* (key 3) on element Ru?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species C* (key 3) on element Ni?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species CCH3* (key 4) on element Au?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species C* (key 3) on element Re?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What reaction energy (eV) occurs for carbon species C* (key 3) on element Mo?

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What reaction energy (eV) occurs for carbon species {} (key {}) on element {}?


Question: What is the surface identifier key for element Pt on surface -211 with reaction energy 0.353 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Pd on surface -111 with reaction energy 0.389 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Rh on surface -111 with reaction energy 0.424 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Pd on surface -211 with reaction energy -0.447 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Ru on surface -211 with reaction energy 0.031 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Ni on surface -111 with reaction energy 0.593 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Pt on surface -111 with reaction energy 0.582 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Cu on surface -211 with reaction energy 0.744 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Rh on surface -211 with reaction energy -0.019 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?


Question: What is the surface identifier key for element Re on surface -211 with reaction energy -0.363 eV?

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What is the surface identifier key for element {} on surface {} with reaction energy {} eV?