Plasma kinetics in a nanosecond pulsed filamentary discharge sustained in Ar-H₂O and H₂O

Keyphrases

• Plasma Kinetics 100%
• H2 Production 100%
• Nanosecond Pulse 100%
• Filamentary Discharge 100%
• Atmospheric Pressure 66%
• Power Density 66%
• Chemical Kinetics 66%
• Water Concentration 66%
• Electron Impact Dissociation 66%
• Pure Water 66%
• Discharge Pulse 66%
• Biotechnology 33%
• Water Treatment 33%
• Heat Transfer 33%
• Laser-induced Fluorescence 33%
• Energy Efficiency 33%
• High Concentration 33%
• Liquid Water 33%
• Computational Investigation 33%
• Low Energy 33%
• Order of Magnitude 33%
• Global Model 33%
• Mole Fraction 33%
• Rare Gases 33%
• Reactive Species 33%
• Two-photon Absorption Laser-induced Fluorescence 33%
• O Density 33%
• Non-selective 33%
• H2 Dissociation 33%
• O2 Production 33%
• Afterglow 33%
• Plasma Filaments 33%
• Dissociative Excitation 33%
• Excitation Transfer 33%
• Rapid Reaction 33%
• Gas Plasma 33%
• Low Energy Density 33%
• Numerical Parametric Study 33%
• Low Energy Cost 33%
• Pulse Reaction 33%
• High Water 33%
• High Electron Density 33%
• High-energy-density Plasma 33%
• Low Water 33%
• Liquid Surface 33%
• Plasma Jet 33%
• Atomic Species 33%
• Reactive Species Production 33%

Physics

• Laser Induced Fluorescence 100%
• Flux Density 100%
• Atmospheric Pressure 100%
• Photon Absorption 50%
• Afterglow 50%
• Excimer 50%
• Rare Gas 50%
• Selectivity 50%
• Plasma Jet 50%
• Electron Density 50%
• Biotechnology 50%
• Liquid Surface 50%
• Energy Efficiency 50%