Oxidation state and symmetry of magnesia-supported Pd ₁₃O _x nanocatalysts influence activation barriers of CO oxidation

Keyphrases

• Non-axisymmetric 100%
• Oxidation State 100%
• Activation Barrier 100%
• Nanocatalyst 100%
• CO Oxidation 100%
• CO Molecule 100%
• Magnesia 100%
• Supported Pd 100%
• Low Temperature 50%
• Subsequent Reactions 50%
• Oxygen Atom 50%
• Higher Symmetries 50%
• First-principles 50%
• Reaction Temperature 50%
• Molecular Oxygen 50%
• Combustion 50%
• Partial Oxidation 50%
• Low Symmetry 50%
• Temperature Programmed Reaction 50%
• Adsorbed CO 50%
• Cryogenic Temperature 50%
• MgO Surface 50%
• Isotopic Labeling Experiments 50%
• Low Activation Energy 50%
• Oxidation Temperature 50%
• Carbon Monoxide Oxidation 50%
• Spin-polarized Density Functional Theory 50%
• Catalyzed Combustion 50%
• High Activation Energy 50%

Chemistry

• Magnesium Oxide 100%
• Reaction Activation Energy 100%
• Dioxygen 50%
• Density Functional Theory 50%
• First Principle 50%
• Partial Oxidation 50%
• Carbon Monoxide 50%
• Oxygen Atom 50%