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The mathematical model of a repetitive nanosecond pulse discharge at atmospheric-pressure conditions has been presented. The influence of initial gas temperature, chemical kinetics, and vibrational nonequilibrium on the ignition of methane-air and ethylene-air mixtures has been analyzed.
Summary form only given. The best plasma discharge system for combustion applications should generate non-equilibrium plasma with high concentration of active species and intermediate temperatures, high enough to support chain propagation reaction. The non-equilibrium gliding arc (GA) aptly suits this application. However, to study and characterize GA plasma enhancement process we need to stabilize...
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