Methane Activation on Metal-Doped (111) and (100) Ceria Surfaces with Charge-Compensating Oxygen Vacancies

Engineering & Materials Science

• Oxygen vacancies 100%
• Surface charge 92%
• Cerium oxide 82%
• Methane 60%
• Chemical activation 58%
• Metals 41%
• Catalysts 32%
• Atoms 26%
• Methanol 26%
• Energy barriers 19%
• Surface structure 15%
• Doping (additives) 14%
• Activation energy 13%
• Nanoparticles 12%
• Oxidation 11%
• Temperature 5%

Physics & Astronomy

• methane 59%
• activation 51%
• oxygen 39%
• metals 33%
• catalysts 25%
• methyl alcohol 18%
• dissociation 15%
• mars 10%
• atoms 9%
• reactivity 9%
• activation energy 6%
• oxidation 6%
• nanoparticles 6%
• products 5%
• temperature 2%
• energy 2%

Chemical Compounds

• Methane 51%
• Dioxygen 31%
• Surface 20%
• Dissociation 15%
• Catalyst 13%
• Methanol 13%
• Surface Structure 10%
• Energy Barrier 10%
• Doping Material 9%
• Reaction Activation Energy 7%
• Nanoparticle 5%
• Oxidation Reaction 4%
• Application 3%