Reactivity of chemisorbed oxygen atoms and their catalytic consequences during CH₄-O₂ catalysis on supported Pt clusters

Engineering & Materials Science

• Catalysis 100%
• Atoms 77%
• Chemical activation 67%
• Oxygen 60%
• Vacancies 36%
• Isotopes 26%
• Oxidants 20%
• Oxidation 9%
• Entropy 9%
• Hydrogen 8%
• Equilibrium constants 8%
• Oxygen vacancies 8%
• Density functional theory 8%
• Chemical potential 7%
• Scavenging 7%
• Surface chemistry 7%
• Rate constants 6%
• Surface structure 6%
• Desorption 6%
• Discrete Fourier transforms 5%
• Activation energy 5%
• Adsorption 5%
• Catalysts 4%
• Stabilization 4%
• Experiments 1%

Chemical Compounds

• Oxygen Atom 60%
• Molecular Cluster 48%
• Catalysis 48%
• Pressure 36%
• Kinetic Isotope Effect 27%
• Transition State 25%
• Size Effect 14%
• Surface 13%
• Dioxygen 9%
• Activation Entropy 7%
• Chemical Potential 7%
• Surface Structure 6%
• Kinetics Type 5%
• Surface Chemistry 5%
• Oxidation Reaction 5%
• Equilibrium Constant 5%
• Entropy 5%
• Dissociation 4%
• Sorption 4%
• Reaction Activation Energy 4%
• Rate Constant 4%
• Density Functional Theory 3%
• Hydrogen 3%
• Catalyst 2%

Medicine & Life Sciences

• Catalysis 90%
• Oxygen 53%
• Kinetics 39%
• Pressure 35%
• Isotopes 23%
• Oxidants 16%
• Entropy 12%
• Catalytic Domain 9%
• Density Functional Theory 9%
• Hydrogen 6%
• Adsorption 5%
• Carbon Monoxide 5%
• Reactive Oxygen Species 4%