Question: Identify the piezoelectric properties of a material with 4 elements and band gap of 2.4028.

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

Identify the piezoelectric properties of a material with {} elements and band gap of {}.


Question: Identify the piezoelectric properties of a material with 4 elements and band gap of 0.4582000000000001.

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

Identify the piezoelectric properties of a material with {} elements and band gap of {}.


Question: Identify the piezoelectric properties of a material with 4 elements and band gap of 0.2377000000000002.

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

Identify the piezoelectric properties of a material with {} elements and band gap of {}.


Question: Identify the piezoelectric properties of a material with 4 elements and band gap of 2.4806.

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

Identify the piezoelectric properties of a material with {} elements and band gap of {}.


Question: Identify the piezoelectric properties of a material with 3 elements and band gap of 0.4048.

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

Identify the piezoelectric properties of a material with {} elements and band gap of {}.


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation BrCCCCBr?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: What is the molecular weight of the OSDA molecule with SMILES notation C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the molecular weight of the OSDA molecule with SMILES notation {}?


Question: For a molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES BrCCCCBr, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: For a molecule with SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2, what is the mean bounding box dimension (box_mean_0)?

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

For a molecule with SMILES {}, what is the mean bounding box dimension (box_mean_0)?


Question: What is the net formal charge for the OSDA molecule represented by C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by BrCCCCBr?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: What is the net formal charge for the OSDA molecule represented by C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the net formal charge for the OSDA molecule represented by {}?


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES BrCCCCBr.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Determine the mean Bertz complexity index for the molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1.

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

Determine the mean Bertz complexity index for the molecule with SMILES {}.


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.7176132843451317?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8382280120700157?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.6955172476938073?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8460106983412541?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8623916129800857?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8710827365183884?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8330458686526576?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.8278623139625095?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.7854344184662458?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: Which SMILES notation corresponds to an OSDA with a mean asphericity of 0.6399108329012603?

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

Which SMILES notation corresponds to an OSDA with a mean asphericity of {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES BrCCCCBr?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: What is the standard deviation of volume (volume_std_0) for the molecule with SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2?

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

What is the standard deviation of volume (volume_std_0) for the molecule with SMILES {}?


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES BrCCCCBr.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: Find the mean OSDA axis 1 (axes_mean_0) for the SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2.

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

Find the mean OSDA axis 1 (axes_mean_0) for the SMILES {}.


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES BrCCCCBr?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: What is the mean number of bonds (num_bonds_mean_0) associated with SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the mean number of bonds (num_bonds_mean_0) associated with SMILES {}?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.871964565052453, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 4.734129933869641, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.207751560540783, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 2.776096411407157, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.141061696895503, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 6.735216348120041, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.971772115629623, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 6.388676068117072, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.597295649143933, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: Given a mean gyration radius (gyration_radius_mean_0) of 5.908286122361509, what is the corresponding SMILES?

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

Given a mean gyration radius (gyration_radius_mean_0) of {}, what is the corresponding SMILES?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCN1CCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCC1?

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What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES BrCCCCBr?

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What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCC[N+]12CCC(CC1)CC2)CC[N+]12CCC(CC1)CC2?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCN1CCOCCOCCOCCOCCOCC1)CN1CCOCCOCCOCCOCCOCC1?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCC[N+]12CCN(CC1)CC2)CC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCCC[N+]12CCN(CC1)CC2)CCC[N+]12CCN(CC1)CC2?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCCC[N+]12CCC(CC1)CC2)CCC[N+]12CCC(CC1)CC2?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES C(CCN1CCOCCOCCOCCOCC1)CCN1CCOCCOCCOCCOCC1?

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

What is the standard deviation of inertial shape factor (inertial_shape_factor_std_0) for SMILES {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 1.499?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 0.025?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 0.531914893617021?

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

What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 2.333?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 0.134?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 5.0?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 1.333?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 1.538?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 1.818?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to 0.339?

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What is the Germanium molar ratio (Ge) when the Silicon molar ratio (Si) is set to {}?


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 14.6.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 19.2.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 18.8.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 14.8.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 13.4.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 12.3.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 7.8.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 12.0.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 13.7.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is 8.9.

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

Determine the Framework Density 1 parameter (FD1) for a study where the Molar Ratio 1 (MR1) is {}.


Question: At a Reaction duration (Time) of 1.2 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 1.77 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 0.16 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 0.555 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 5.455 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 0.32 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 0.513 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 1.28 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 2.56 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: At a Reaction duration (Time) of 0.533 hours, what is the corresponding Hydrofluoric acid quantity (HF)?

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

At a Reaction duration (Time) of {} hours, what is the corresponding Hydrofluoric acid quantity (HF)?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is ASU-14?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is *CTH?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is BSV?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is ITT?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is UOV?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is ASU-12?

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

What is the Zeolite phase identifier (Zeo2) if the Aluminum molar ratio (Al) is {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 19.992?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 84.375?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 11.667?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 8.888?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 10.664?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 46.875?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 23.333?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 8.424?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 13.33?

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

What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of 5.125?

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What Water content (H2O) corresponds to a Hydroxide ion concentration (OH) of {}?


Question: At a Framework Density 2 parameter (FD2) of 16.0, what is the Molar Ratio 2 (MR2)?

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

At a Framework Density 2 parameter (FD2) of {}, what is the Molar Ratio 2 (MR2)?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is ASU-20?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is paracelsian?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is SU-64?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is SU-63?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is ICMM-8?

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

What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is GeZA germanosilicate?

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

What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is SU-21?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is (NH4)4[(GeO2)3(GeO1.5F3)2]·0.67H2O?

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

What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is Tridimite?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is PLS-1?

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What is the Primary dense phase material (Dense1) when the Silicon molar ratio (Si) is {}?


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.02, and Reaction duration (Time) of 0.025 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.02, and Reaction duration (Time) of 0.15 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.02, and Reaction duration (Time) of 0.0 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.02, and Reaction duration (Time) of 0.1 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.02, and Reaction duration (Time) of 0.05 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.04, and Reaction duration (Time) of 0.125 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.077, and Reaction duration (Time) of 0.125 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.01, and Reaction duration (Time) of 0.125 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.007, and Reaction duration (Time) of 0.125 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of 10.1016/j.micromeso.2017.03.033, Hydroxide ion concentration (OH) of 0.067, and Reaction duration (Time) of 0.125 hours.

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

Find the Digital Object Identifier (doi) for a study with an Aluminum molar ratio (Al) of {}, Hydroxide ion concentration (OH) of {}, and Reaction duration (Time) of {} hours.


Question: What is the ITQ zeolite presence flag (ITQ) when the Boron concentration (B) is no, Secondary dense phase material (Dense2) is set to 0.0471204188481675, and Water content (H2O) is GeO2?

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

What is the ITQ zeolite presence flag (ITQ) when the Boron concentration (B) is {}, Secondary dense phase material (Dense2) is set to {}, and Water content (H2O) is {}?


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.312, Hydrofluoric acid quantity (HF) of 0.25, and Framework Density 1 parameter (FD1) of 0.312.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.625, Hydrofluoric acid quantity (HF) of 0.25, and Framework Density 1 parameter (FD1) of 0.312.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.526, Hydrofluoric acid quantity (HF) of 0.053, and Framework Density 1 parameter (FD1) of 0.526.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.938, Hydrofluoric acid quantity (HF) of 0.25, and Framework Density 1 parameter (FD1) of 0.625.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.292, Hydrofluoric acid quantity (HF) of 0.167, and Framework Density 1 parameter (FD1) of 0.0.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 1.667, Hydrofluoric acid quantity (HF) of 0.667, and Framework Density 1 parameter (FD1) of 0.834.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.583, Hydrofluoric acid quantity (HF) of 1.333, and Framework Density 1 parameter (FD1) of 0.0.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 0.555, Hydrofluoric acid quantity (HF) of 0.111, and Framework Density 1 parameter (FD1) of 0.555.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 1.25, Hydrofluoric acid quantity (HF) of 1.499, and Framework Density 1 parameter (FD1) of 1.25.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of 1.25, Hydrofluoric acid quantity (HF) of 0.667, and Framework Density 1 parameter (FD1) of 0.834.

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

Determine the Structure-directing agent amount (SDA) required for a reaction with Germanium molar ratio (Ge) of {}, Hydrofluoric acid quantity (HF) of {}, and Framework Density 1 parameter (FD1) of {}.


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 72.0 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 7.0 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 8.403 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 7.937 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 84.375 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 52.5 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 5.167 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 46.875 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 1.0 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of Amorphous, Water content (H2O) of 1, and Reaction duration (Time) of 18.007 hours?

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

What Amorphous content indicator (Am) corresponds to a Silicon molar ratio (Si) of {}, Water content (H2O) of {}, and Reaction duration (Time) of {} hours?


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is MFI, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 1.0.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is ASU-12, Germanium molar ratio (Ge) is 0, and Aluminum molar ratio (Al) is 1.0.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is MFI, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 4.0.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is UOV, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 0.333.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is MFI, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 1.5.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is MFI, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 0.167.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is *BEA, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 0.5.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is *BEA, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 0.667.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is BEC, Germanium molar ratio (Ge) is 1, and Aluminum molar ratio (Al) is 2.333.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is ASU-14, Germanium molar ratio (Ge) is 0, and Aluminum molar ratio (Al) is 1.0.

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

Find the Zeolite phase identifier (Zeo2) when the Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Aluminum molar ratio (Al) is {}.


Question: What is the Unallcategorized components (Other) for a study with Hydroxide ion concentration (OH) of unknown, Framework Density 2 parameter (FD2) of 0.5, and Molar Ratio 1 (MR1) of 16.65?

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

What is the Unallcategorized components (Other) for a study with Hydroxide ion concentration (OH) of {}, Framework Density 2 parameter (FD2) of {}, and Molar Ratio 1 (MR1) of {}?


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of GeO2, ITQ zeolite presence (ITQ) of 1.25, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of 122B, ITQ zeolite presence (ITQ) of 0.667, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of quartz, ITQ zeolite presence (ITQ) of 1.499, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of 122B, ITQ zeolite presence (ITQ) of 4.0, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of argutite, ITQ zeolite presence (ITQ) of 0.111, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of 122B, ITQ zeolite presence (ITQ) of 1.0, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of 122B, ITQ zeolite presence (ITQ) of 1.5, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of argutite, ITQ zeolite presence (ITQ) of 0.053, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of 122B, ITQ zeolite presence (ITQ) of 0.111, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of GeO2, ITQ zeolite presence (ITQ) of 1.538, and Reaction duration (Time) of no hours.

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

Determine the Primary dense phase material (Dense1) at a Germanium molar ratio (Ge) of {}, ITQ zeolite presence (ITQ) of {}, and Reaction duration (Time) of {} hours.


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 12.4, Molar Ratio 2 (MR2) is 11.0, and Reaction duration (Time) is 10.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 19.1, Molar Ratio 2 (MR2) is 12.0, and Reaction duration (Time) is 16.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 17.6, Molar Ratio 2 (MR2) is 10.0, and Reaction duration (Time) is 10.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 18.1, Molar Ratio 2 (MR2) is 10.0, and Reaction duration (Time) is 10.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 16.1, Molar Ratio 2 (MR2) is 9.0, and Reaction duration (Time) is 12.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 17.2, Molar Ratio 2 (MR2) is 6.0, and Reaction duration (Time) is 6.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 15.1, Molar Ratio 2 (MR2) is 12.0, and Reaction duration (Time) is 6.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 16.2, Molar Ratio 2 (MR2) is 12.0, and Reaction duration (Time) is 12.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 18.4, Molar Ratio 2 (MR2) is 10.0, and Reaction duration (Time) is 12.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is 15.6, Molar Ratio 2 (MR2) is 12.0, and Reaction duration (Time) is 10.0?

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

What is the Framework Density 1 parameter (FD1) if the Molar Ratio 1 (MR1) is {}, Molar Ratio 2 (MR2) is {}, and Reaction duration (Time) is {}?


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.0, and Secondary dense phase material (Dense2) 13.333.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.312, and Secondary dense phase material (Dense2) 3.75.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.666, and Secondary dense phase material (Dense2) 10.664.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.0, and Secondary dense phase material (Dense2) 23.333.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.555, and Secondary dense phase material (Dense2) 8.888.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.526, and Secondary dense phase material (Dense2) 8.424.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 1.25, and Secondary dense phase material (Dense2) 10.0.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 1.25, and Secondary dense phase material (Dense2) 19.992.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 1.667, and Secondary dense phase material (Dense2) 13.336.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) no, Water content (H2O) 0.312, and Secondary dense phase material (Dense2) 10.0.

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

Identify the ITQ zeolite presence (ITQ) for parameters: HF quantity (HF) {}, Water content (H2O) {}, and Secondary dense phase material (Dense2) {}.


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.133, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.067?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.666, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.333?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.0, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 1.333?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.1, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.05?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.15, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.05?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.0, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 1.499?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.025, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.05?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.0, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 2.333?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.0, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.053?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is 0.05, Germanium molar ratio (Ge) is 1, and Amorphous content indicator (Am) is 0.05?

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

What Hydroxide ion concentration (OH) is required when Silicon molar ratio (Si) is {}, Germanium molar ratio (Ge) is {}, and Amorphous content indicator (Am) is {}?


Question: Under conditions yielding 3.5% hydrogen gas, what is the carbon monoxide yield?

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

Under conditions yielding {}% hydrogen gas, what is the carbon monoxide yield?


Question: Under conditions yielding 5.0% hydrogen gas, what is the carbon monoxide yield?

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Under conditions yielding {}% hydrogen gas, what is the carbon monoxide yield?


Question: Under conditions yielding 5.1% hydrogen gas, what is the carbon monoxide yield?

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Under conditions yielding {}% hydrogen gas, what is the carbon monoxide yield?


Question: Under conditions yielding 3.4% hydrogen gas, what is the carbon monoxide yield?

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Under conditions yielding {}% hydrogen gas, what is the carbon monoxide yield?


Question: What is the ethylene yield percentage when CO₂ yield is 8.7%?

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What is the ethylene yield percentage when CO₂ yield is {}%?


Question: What is the ethylene yield percentage when CO₂ yield is 2.6%?

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What is the ethylene yield percentage when CO₂ yield is {}%?


Question: What is the ethylene yield percentage when CO₂ yield is 4.4%?

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What is the ethylene yield percentage when CO₂ yield is {}%?


Question: What is the ethylene yield percentage when CO₂ yield is 8.6%?

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What is the ethylene yield percentage when CO₂ yield is {}%?


Question: What is the ethylene yield percentage when CO₂ yield is 3.5%?

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What is the ethylene yield percentage when CO₂ yield is {}%?


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 15.0%, and temperature is 825.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is Mn, CH4 conversion is 2.8%, and temperature is 725.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 7.6%, and temperature is 775.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 3.0%, and temperature is 700.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 11.3%, and temperature is 800.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is Mn, CH4 conversion is 2.0%, and temperature is 700.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 11.6%, and temperature is 800.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 14.9%, and temperature is 825.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 16.4%, and temperature is 850.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Determine the unaccounted carbon percentage when M4 is none, CH4 conversion is 3.4%, and temperature is 700.0°C.

M4
CH4 Conv. (%)
Temp (oC)
C missing (%)

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

Determine the unaccounted carbon percentage when M4 is {}, CH4 conversion is {}%, and temperature is {}°C.


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 1.4%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 0.8%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support La2O3, and CO yield 3.3%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 1.1%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 2.1%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 1.3%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support BaO, and CO yield 1.2%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element none, support BaO, and CO yield 0.5%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element none, support ZrO2, and CO yield 2.0%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Calculate the ethylene yield for a catalyst with M4 element Mn, support La2O3, and CO yield 3.2%?

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

Calculate the ethylene yield for a catalyst with M4 element {}, support {}, and CO yield {}%?


Question: Find the M4 element in catalysts with O2 conversion 51.8%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 23.7%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 88.4%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 24.0%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 53.0%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 98.0%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 35.4%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 67.6%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 69.4%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Find the M4 element in catalysts with O2 conversion 89.7%, M3 (wt%) 3.0%, and support BaO?

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

Find the M4 element in catalysts with O2 conversion {}%, M3 (wt%) {}%, and support {}?


Question: Under a temperature of 700.0°C, what is the M1 element if the support is BaO and CO2 yield is 1.7%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 800.0°C, what is the M1 element if the support is BaO and CO2 yield is 3.1%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 800.0°C, what is the M1 element if the support is La2O3 and CO2 yield is 5.5%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 700.0°C, what is the M1 element if the support is La2O3 and CO2 yield is 5.7%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 800.0°C, what is the M1 element if the support is BaO and CO2 yield is 3.2%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 825.0°C, what is the M1 element if the support is BaO and CO2 yield is 3.8%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 825.0°C, what is the M1 element if the support is BaO and CO2 yield is 3.9%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 700.0°C, what is the M1 element if the support is BaO and CO2 yield is 1.6%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 800.0°C, what is the M1 element if the support is La2O3 and CO2 yield is 5.6%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: Under a temperature of 725.0°C, what is the M1 element if the support is La2O3 and CO2 yield is 5.5%?

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

Under a temperature of {}°C, what is the M1 element if the support is {} and CO2 yield is {}%?


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 3.0%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 7.8%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 1.0%, and CH4 conversion 1.9%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 11.3%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 14.9%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 7.6%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 16.3%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 3.4%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 15.0%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: For a catalyst with M3 element W, M4 (wt%) 0.0%, and CH4 conversion 11.6%, determine the ethylene yield.

M3
M4 (wt%)
CH4 Conv. (%)
C2H4 yield (%)

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

For a catalyst with M3 element {}, M4 (wt%) {}%, and CH4 conversion {}%, determine the ethylene yield.


Question: What is the chemical family classification for the compound with the formula [Pc2Dy]TBA:[Pc2Y]TBA = 1/4?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Ho]TBA?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Er]TBA?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Dy]TBA?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Yb]TBA?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Tb]TBA:[Pc2Y]TBA = 1/50?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Dy]TBA:[Pc2Y]TBA = 1/50?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Tb]TBA:[Pc2Y]TBA = 1/4?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Tb]TBA?

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

What is the chemical family classification for the compound with the formula {}?


Question: What is the chemical family classification for the compound with the formula [Pc2Tm]TBA?

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

What is the chemical family classification for the compound with the formula {}?