On the Mechanism of Heterogeneous Water Oxidation Catalysis: A Theoretical Perspective

Keyphrases

• Oxygen Evolution Reaction 100%
• Water Oxidation Catalysis 100%
• Rutile 71%
• Manganese Dioxide 71%
• Transition Metal Oxides 42%
• Reaction Activity 42%
• NiOOH 42%
• Polymorph 28%
• Tetragonal 28%
• Manganese Oxide 28%
• CoOOH 28%
• Oxide Hydroxide 28%
• Earth-abundant Transition Metals 28%
• Crystalline Phase 14%
• Active Sites 14%
• Manganites 14%
• High-flow Oxygen 14%
• Oxide Phase 14%
• High Activity 14%
• Electrochemical Performance 14%
• Catalytic Activity 14%
• Photosystem II 14%
• Metal Oxide 14%
• Triclinic 14%
• Doping Effect 14%
• Cobalt Oxide 14%
• CoOx 14%
• IrO2 14%
• Oxide Materials 14%
• Activation Barrier 14%
• Hausmannite 14%
• Mn2O3 14%
• Precious Metals 14%
• RuO2 14%
• Peroxo 14%
• NiOx 14%
• MnOx 14%
• Hydrothermally Synthesized 14%
• RuOx 14%
• Bulk Oxides 14%
• Nickel Oxide Hydroxide 14%
• CaMn4O5 14%
• Electrochemically Synthesized 14%
• Anatase-brookite 14%
• Noble Metal Oxides 14%

Material Science

• Oxygen Evolution 100%
• Oxidation Catalysis 100%
• Oxide Compound 57%
• Titanium Dioxide 42%
• Transition Metal Oxide 42%
• Polymorphism 28%
• Metal Oxide 28%
• Crystalline Material 14%
• Manganese 14%
• Cobalt 14%
• Titanium Oxide 14%
• Manganese Oxide 14%
• Catalyst Activity 14%

Chemical Engineering

• Titanium Dioxide 100%
• Transition Metal 75%
• Precious Metal 50%
• Nickel Oxide 25%
• Titanium Oxide 25%
• Manganese Oxide 25%