NO formation by N₂/O₂ plasma catalysis: The impact of surface reactions, gas-phase reactions, and mass transport

Engineering & Materials Science

• Surface reactions 100%
• Catalysis 93%
• Plasmas 64%
• Mass transfer 62%
• Catalysts 50%
• Gases 39%
• Plasma jets 30%
• Molecular beams 17%
• Wire 14%
• Mass spectrometry 12%
• Atmospheric pressure 11%
• Chemical activation 8%

Earth & Environmental Sciences

• gas phase reaction 94%
• catalysis 82%
• mass transport 71%
• plasma 54%
• catalyst 53%
• gas 25%
• consumption 20%
• atmospheric pressure 9%
• void 9%
• mass transfer 8%
• mass spectrometry 8%
• surface area 7%
• timescale 7%
• reactor 6%
• measuring 6%
• rate 6%
• product 4%

Chemical Compounds

• Surface Reaction 72%
• Mass Transfer 58%
• Catalysis 45%
• Plasma 43%
• Jet 29%
• Catalyst 29%
• Afterglow Plasma 25%
• Gas 22%
• Molecular Beam 16%
• Surface 13%
• Heterogeneous Catalyst 13%
• Mass Spectrometry 9%
• Surface Area 9%
• Pressure 8%
• Volume 8%