Add to ORKGAbstract: The article is devoted of perfection of the self-consistent local model of inequipoised wave discharge in nitrogen under high pressure (p ~ 1 atm). The detailed appraisal of influence of the integration lattice on calculating error of all plasma parameters was carry out by discharge investigations in the framework of the self-consistent model. Influence of particles N+ and N3+, gas-dynamic and heat- conducting effects on dynamic of discharge development in nitrogen and on evolution of inequipoised gas in post-discharge period was investigated.Note: Research direction:Mathematical modelling in actual problems of science and technic
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
The spatial characterization of a high power nitrogen operated at up to 1.5 kW. The background mass ...
Non-equilibrium conditions in plasma are often achieved by pulsed power delivery, where the pulse sh...
Abstract: In work the physical and mathematical model of the non-equilibrium microwave dis...
Abstract: A method for numerical solution of self–consistent problems in wave discharge ph...
Consideration is given to an experimental study of the dynamics of the plasma formation of inert gas...
The investigation objects are the equations in partial derivatives and also the gas-discharge plasma...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
A self-consistent model of a non-equilibrium spherical microwave discharge is presented. We use a tw...
A self-consistent model of a spherical microwave discharge is presented. The model takes into accoun...
Abstract: A computer code has been developed for numerical calculation of the discharge in...
Ramified kinetic schemes of non-equilibrium plasmachemical processes excited by microwave discharge ...
In this work, a microwave source (surface wave sustained plasma) of neutral Nitrogen active species ...
The purpose of the paper is to develop theoretical methods of mathematical models research and const...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
The spatial characterization of a high power nitrogen operated at up to 1.5 kW. The background mass ...
Non-equilibrium conditions in plasma are often achieved by pulsed power delivery, where the pulse sh...
Abstract: In work the physical and mathematical model of the non-equilibrium microwave dis...
Abstract: A method for numerical solution of self–consistent problems in wave discharge ph...
Consideration is given to an experimental study of the dynamics of the plasma formation of inert gas...
The investigation objects are the equations in partial derivatives and also the gas-discharge plasma...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
A self-consistent model of a non-equilibrium spherical microwave discharge is presented. We use a tw...
A self-consistent model of a spherical microwave discharge is presented. The model takes into accoun...
Abstract: A computer code has been developed for numerical calculation of the discharge in...
Ramified kinetic schemes of non-equilibrium plasmachemical processes excited by microwave discharge ...
In this work, a microwave source (surface wave sustained plasma) of neutral Nitrogen active species ...
The purpose of the paper is to develop theoretical methods of mathematical models research and const...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
In this paper we present a self-consistent kinetic model to study the temporal variation of the gas ...
The spatial characterization of a high power nitrogen operated at up to 1.5 kW. The background mass ...
Non-equilibrium conditions in plasma are often achieved by pulsed power delivery, where the pulse sh...