Nanosecond plasma enhanced counterflow diffusion flames
S Nagaraja, V Yang - … AIAA Plasmadynamics and Lasers Conference in …, 2011 - arc.aiaa.org
The present work establishes an integrated theoretical/numerical framework to study the
characteristics of plasma enhanced H2-air counterflow diffusion flames. The oxidizer flow is
activated by a parallel-plate nanosecond pulsed plasma discharge system with pulse
duration ranging between 15 to 130 ns, and pulsing frequency between 5 to 60 kHz. The
plasma discharge is modeled using a two-temperature model, with ions and neutral species
in thermal equilibrium at the gas temperature, and electrons in thermal nonequilibrium …
characteristics of plasma enhanced H2-air counterflow diffusion flames. The oxidizer flow is
activated by a parallel-plate nanosecond pulsed plasma discharge system with pulse
duration ranging between 15 to 130 ns, and pulsing frequency between 5 to 60 kHz. The
plasma discharge is modeled using a two-temperature model, with ions and neutral species
in thermal equilibrium at the gas temperature, and electrons in thermal nonequilibrium …
[引用][C] nanosecond plasma enhanced counterflow diffusion flames 42nd AIAA Plasmadynamics and Lasers Conf
S Nagaraja, V Yang - Honululu, Hawaii, 2011
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