N-heptane low temperature oxidation kinetics in nanosecond-pulsed plasma discharges

Physics & Astronomy

• absorption spectroscopy 18%
• argon 61%
• bursts 17%
• chemistry 16%
• decoupling 20%
• dilution 19%
• diodes 14%
• dissociation 64%
• electron impact 39%
• energy transfer 16%
• formaldehyde 24%
• fuel consumption 60%
• heptanes 96%
• ignition 18%
• kinetics 47%
• laser spectroscopy 21%
• oxidation 57%
• oxygen 35%
• plasma jets 74%
• products 12%
• pulses 9%
• sampling 16%
• temperature 5%
• water 11%

Engineering & Materials Science

• Absorption spectroscopy 23%
• Argon 71%
• Carrier concentration 22%
• Dilution 17%
• Electrons 31%
• Energy transfer 18%
• Formaldehyde 19%
• Fuel consumption 29%
• Heptane 100%
• Ignition 14%
• Laser spectroscopy 24%
• Oxidation 69%
• Oxygen 38%
• Plasmas 72%
• Sampling 11%
• Semiconductor lasers 19%
• Temperature 31%
• Water 8%

Chemical Compounds

• Absorption Spectroscopy 12%
• Chemistry 7%
• Dielectric Material 11%
• Dilution 10%
• Dioxygen 19%
• Dissociation 28%
• Electron Density 12%
• Electron Impact 14%
• Electron Impact Dissociation 25%
• Energy Transfer 11%
• Formaldehyde 11%
• Fuel 65%
• Mixture 5%
• Oxidation Kinetics 92%
• Oxidation Reaction 11%
• Plasma 48%
• Sampling 10%