In situ species diagnostics and kinetic study of plasma activated ethylene dissociation and oxidation in a low temperature flow reactor

Physics & Astronomy

• absorption spectroscopy 8%
• acetylene 21%
• argon 7%
• bursts 8%
• collisions 6%
• dissociation 78%
• electron impact 9%
• electrons 4%
• ethylene 93%
• formaldehyde 11%
• fragmentation 8%
• fuel consumption 43%
• gas chromatography 12%
• hydrocarbons 9%
• in situ measurement 10%
• infrared lasers 9%
• ions 4%
• kinetics 57%
• laser spectroscopy 10%
• molecules 10%
• oxidation 70%
• oxygen 5%
• plasma jets 9%
• predictions 5%
• pulses 4%
• reactors 72%

Engineering & Materials Science

• Absorption spectroscopy 13%
• Acetylene 23%
• Addition reactions 15%
• Argon 9%
• Electrons 17%
• Ethylene 100%
• Experiments 9%
• Formaldehyde 10%
• Fuel consumption 24%
• Gas chromatography 10%
• Hydrocarbons 7%
• Ions 8%
• Laser spectroscopy 13%
• Molecules 17%
• Oxidation 84%
• Oxygen 7%
• Plasmas 88%
• Temperature 38%

Chemical Compounds

• Absorption Spectroscopy 10%
• Acetylene 19%
• Addition Reaction 10%
• Amount 4%
• Collision 10%
• Dioxygen 5%
• Dissociation 68%
• Electron Impact Dissociation 20%
• Electron Particle 5%
• Flow 61%
• Formaldehyde 9%
• Fragmentation 8%
• Fuel 35%
• Gas Chromatography 8%
• Hydrocarbon 7%
• Ion 4%
• Mid-IR Spectroscopy 13%
• Molecule 7%
• Oxidation Reaction 43%
• Plasma 59%
• Pressure 6%