Add to ORKGThe initial stage simulation of a nanosecond volume gas discharge under high pressures is presented. Theionization phenomena and charged particles transfer are investigated in the context of the local-fieldmodel base on the 1D system of hydrodynamic equations. The continuity equations are solved numerically,and the electric field is calculated from quadrature solution of Poisson's equation. The new detailsof the formation mechanism of the glow discharge were discovered
A nonlinear model has been introduced for the positive column of DC glow discharge in apure sealed, ...
During the last two decades, non-thermal plasma discharges in and in contact with liquids have recei...
In this paper we present some computational aspects of investigations of the early stages of develop...
International audienceElectrodes erosion caused by spark discharge can lead to effective nanoparticl...
Numerical calculations were carried out to examine the physics of the operation of a nanosecond-puls...
The objective of the work presented in this paper is to develop a numerical calculation prog...
The paper analyses the details of the application of the hybrid model for calculation of the formati...
International audienceThis paper presents simulations of the dynamics of nanosecond repetitively pul...
In this Ph.D. thesis, we have carried out numerical simulations to study nanosecond repetitively pul...
A comparative simulation of the generation and acceleration of runaway electrons in the discharge ga...
The simulation of the electron avalanche formation process in subnanosecond discharges of high press...
Streamer discharges are fast ionisation fronts generated under intensive electrical stress. They are...
This paper concerns computational modelling of the low-temperature glow discharge plasma in the atmo...
This paper presents detailed results of gas discharge theoretical simulation and the explanation of ...
Computer modeling (simulation) of rf glow discharges is a very useful and potentially accurate tool ...
A nonlinear model has been introduced for the positive column of DC glow discharge in apure sealed, ...
During the last two decades, non-thermal plasma discharges in and in contact with liquids have recei...
In this paper we present some computational aspects of investigations of the early stages of develop...
International audienceElectrodes erosion caused by spark discharge can lead to effective nanoparticl...
Numerical calculations were carried out to examine the physics of the operation of a nanosecond-puls...
The objective of the work presented in this paper is to develop a numerical calculation prog...
The paper analyses the details of the application of the hybrid model for calculation of the formati...
International audienceThis paper presents simulations of the dynamics of nanosecond repetitively pul...
In this Ph.D. thesis, we have carried out numerical simulations to study nanosecond repetitively pul...
A comparative simulation of the generation and acceleration of runaway electrons in the discharge ga...
The simulation of the electron avalanche formation process in subnanosecond discharges of high press...
Streamer discharges are fast ionisation fronts generated under intensive electrical stress. They are...
This paper concerns computational modelling of the low-temperature glow discharge plasma in the atmo...
This paper presents detailed results of gas discharge theoretical simulation and the explanation of ...
Computer modeling (simulation) of rf glow discharges is a very useful and potentially accurate tool ...
A nonlinear model has been introduced for the positive column of DC glow discharge in apure sealed, ...
During the last two decades, non-thermal plasma discharges in and in contact with liquids have recei...
In this paper we present some computational aspects of investigations of the early stages of develop...