[PDF][PDF] A linear free energy relationship for gas‐solid interactions: correlation between surface rate constant and diffusion coefficient of oxygen tracer exchange for …

R Merkle, J Maier, HJM Bouwmeester - … Chemie International Edition, 2004 - ris.utwente.nl
Reactivity and transport properties can be traced back to materials parameters and control
parameters. As far as the concentrations of electronic and ionic charge carriers are …

[引用][C] A Linear Free Energy Relationship for Gas‐Solid Interactions: Correlation between Surface Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange …

R Merkle, J Maier… - Angewandte Chemie …, 2004 - Wiley Online Library
Reactivity and transport properties can be traced back to materials parameters and control
parameters. As far as the concentrations of electronic and ionic charge carriers are …

[引用][C] A Linear Free Energy Relationship for Gas‐Solid Interactions: Correlation between Surface Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange …

R Merkle, J Maier, HJM Bouwmeester - … Chemie International Edition, 2004 - cir.nii.ac.jp
A Linear Free Energy Relationship for Gas‐Solid Interactions: Correlation between Surface
Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange for Electron‐Rich …

[引用][C] A Linear Free Energy Relationship for Gas-Solid Interactions: Correlation between Surface Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange …

R Merkle, J Maier, HJM Bouwmeester - … Chemie International Edition, 2004 - pure.mpg.de
A Linear Free Energy Relationship for Gas-Solid Interactions: Correlation between Surface
Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange for Electron-Rich …

[引用][C] A linear free energy relation for gas-solid interactions: the correlation between surface rate constant and diffusion coefficient of oxygen tracer exchange for …

R Merkle, J Maier… - … , International Edition in …, 2004 - research.utwente.nl
A linear free energy relation for gas-solid interactions: the correlation between surface rate
constant and diffusion coefficient of oxygen tracer exchange for electron-rich perovskites …

[引用][C] A linear free energy relationship for gas-solid interactions: correlation between surface rate constant and diffusion coefficient of oxygen tracer exchange for …

R Merkle, J Maier, HJ Bouwmeester - … Chemie (International ed. in …, 2004 - europepmc.org
A linear free energy relationship for gas-solid interactions: correlation between surface rate
constant and diffusion coefficient of oxygen tracer exchange for electron-rich perovskites …

[引用][C] A Linear Free Energy Relationship for Gas-Solid Interactions: Correlation between Surface Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange …

R Merkle, J Maier… - Angewandte Chemie, 2004 - ui.adsabs.harvard.edu
A Linear Free Energy Relationship for Gas-Solid Interactions: Correlation between Surface Rate
Constant and Diffusion Coefficient of Oxygen Tracer Exchange for Electron-Rich Perovskites …

[引用][C] A linear free energy relationship for gas-solid interactions: correlation between surface rate constant and diffusion coefficient of oxygen tracer exchange for …

R Merkle, J Maier… - … (International ed. in …, 2004 - pubmed.ncbi.nlm.nih.gov
A linear free energy relationship for gas-solid interactions: correlation between surface rate
constant and diffusion coefficient of oxygen tracer exchange for electron-rich perovskites A …

[引用][C] A Linear Free Energy Relationship for Gas‐Solid Interactions: Correlation between Surface Rate Constant and Diffusion Coefficient of Oxygen Tracer Exchange …

R Merkle, J Maier, HJM Bouwmeester - Angewandte Chemie, 2004 - Wiley Online Library
Reactivity and transport properties can be traced back to materials parameters and control
parameters. As far as the concentrations of electronic and ionic charge carriers are …

[引用][C] A linear free energy relationship for gas-solid interactions: Correlation between surface rate constant and diffusion coefficient of oxygen tracer exchange for …

R MERKLE, J MAIER, HJM BOUWMEESTER - Angewandte Chemie, 2004 - Wiley-VCH