Plasma-assisted chemical-looping combustion: Mechanistic insights into low temperature methane oxidation with CuO

Engineering & Materials Science

• Methane 100%
• Plasmas 98%
• Oxidation 94%
• Temperature 42%
• Molecular beams 21%
• Surface reactions 17%
• Mass spectrometers 16%
• Ionization 15%
• Wool 14%
• Gases 13%
• Molecular dynamics 13%
• Quartz 13%
• Electrons 11%
• Deposits 11%
• Ions 10%
• Oxygen 9%
• Carbon 9%
• Computer simulation 6%
• Experiments 4%

Physics & Astronomy

• methane 98%
• oxidation 78%
• plasma jets 28%
• vapor phases 24%
• wool 19%
• oxygen ions 16%
• mass spectrometers 15%
• surface reactions 15%
• molecular beams 15%
• reactivity 15%
• beds 14%
• deposits 13%
• quartz 13%
• reactors 11%
• molecular dynamics 11%
• ionization 10%
• carbon 10%
• augmentation 9%
• kinetics 9%
• profiles 8%
• predictions 8%
• simulation 5%
• temperature 4%

Chemical Compounds

• Methane 84%
• Plasma 66%
• Oxidation Reaction 48%
• Fuel 29%
• Electron Ionization 15%
• Molecular Beam 14%
• Surface Reaction 12%
• Quartz 10%
• Dielectric Material 10%
• Simulation 7%
• Diffusion 7%
• Dioxygen 5%
• Carbon Atom 5%
• Ion 4%