Add to ORKGA 2D cylindrically symmetric model is developed to study the streamer-less spark formation in a short gap on the timescale of ion motion. It incorporates the coupling between the electric discharge (described by reaction-drift-diffusion model on the timescale of ion motion and Poisson's equation) and the gas (described by Euler equations) through the heat generated by the discharge. The model is employed to study electrical breakdown in supercritical N2. We present the simulation results of gas heating by the electrical discharge and the effect of gas expansion on the electrical discharge
International audienceThis paper presents 2D simulations of the dynamics of formation of a nanosecon...
International audienceThe streamer-to-filament transition in air at atmospheric pressure, in a nanos...
Abstract—The dynamics of an anode-directed streamer can be described by advection-diffusion equation...
htmlabstractA 2D cylindrically symmetric model is developed to study the streamer-less spark formati...
A two-dimensional cylindrically symmetric model is developed to study the streamer-less spark format...
A two-dimensional cylindrically symmetric model is developed to study the streamer-less spark forma...
\u3cp\u3e A two-dimensional cylindrically s...
We model the streamer to spark transition in supercritical nitrogen as this is a promising medium fo...
After the first streamer discharge front in a spark, heating and gas expansion sets in.This effect u...
The breakdown of a positive point to plane gap in air near atmospheric pressure begins with the form...
We model heat dominated electrical breakdown in air in a short planar gap. We couple the discharge d...
International audienceThis paper presents 2D simulations of the dynamics of formation of a nanosecon...
International audienceThe streamer-to-filament transition in air at atmospheric pressure, in a nanos...
Abstract—The dynamics of an anode-directed streamer can be described by advection-diffusion equation...
htmlabstractA 2D cylindrically symmetric model is developed to study the streamer-less spark formati...
A two-dimensional cylindrically symmetric model is developed to study the streamer-less spark format...
A two-dimensional cylindrically symmetric model is developed to study the streamer-less spark forma...
\u3cp\u3e A two-dimensional cylindrically s...
We model the streamer to spark transition in supercritical nitrogen as this is a promising medium fo...
After the first streamer discharge front in a spark, heating and gas expansion sets in.This effect u...
The breakdown of a positive point to plane gap in air near atmospheric pressure begins with the form...
We model heat dominated electrical breakdown in air in a short planar gap. We couple the discharge d...
International audienceThis paper presents 2D simulations of the dynamics of formation of a nanosecon...
International audienceThe streamer-to-filament transition in air at atmospheric pressure, in a nanos...
Abstract—The dynamics of an anode-directed streamer can be described by advection-diffusion equation...