Some numerical results for the high-frequency nonlinear conductivity of a fully ionized plasma are presented. Special attention has been given to the case when the frequency ω of the applied electromagnetic field is close to the electron plasma frequency ωp. Apart from its intrinsic theoretical interest, this frequency range is of relevance to the problem of production and heating of plasmas by laser irradiation
We examine some simple models describing aspects of the interaction of high power laser light with d...
The purpose of the paper is to develop theoretical methods of mathematical models research and const...
The problems of high linear conductivity in an electric field, as well as nonlinear conductivity, ar...
When the frequency of the electric field is of the order of, or larger than, the electron plasma fre...
The kinetic equation for a fully ionized plasma, in the presence of an oscillating external electric...
Recently, calculations based on Fokker-Planck and Landau collision operators have been used to demon...
The influence of a strong, high‐frequency electric field on the ion‐ion correlations in a fully ioni...
The nonlinear effects resulting from the propagation of a moderately strong electromagnetic wave in ...
The time-mean equation of the ion motion has been proposed firstly to use for description of the nea...
The nonlinear resonance doubling of radio wave frequencies in inhomogeneous plasma is studied as app...
The non-linear conditions of the power high-frequency radiation interaction with magnetoactive plasm...
It is now possible to measure the electrical resistivity, or alternatively the electron collision fr...
An expression for the longitudinal dielectric function of dense high-temperature isotropic plasma is...
Based on quantum statistical theory a kinetic equation is presented which is valid for dense plasmas...
Abstract. In this work the previously developed method of calculation of HF electro-conductivity of ...
We examine some simple models describing aspects of the interaction of high power laser light with d...
The purpose of the paper is to develop theoretical methods of mathematical models research and const...
The problems of high linear conductivity in an electric field, as well as nonlinear conductivity, ar...
When the frequency of the electric field is of the order of, or larger than, the electron plasma fre...
The kinetic equation for a fully ionized plasma, in the presence of an oscillating external electric...
Recently, calculations based on Fokker-Planck and Landau collision operators have been used to demon...
The influence of a strong, high‐frequency electric field on the ion‐ion correlations in a fully ioni...
The nonlinear effects resulting from the propagation of a moderately strong electromagnetic wave in ...
The time-mean equation of the ion motion has been proposed firstly to use for description of the nea...
The nonlinear resonance doubling of radio wave frequencies in inhomogeneous plasma is studied as app...
The non-linear conditions of the power high-frequency radiation interaction with magnetoactive plasm...
It is now possible to measure the electrical resistivity, or alternatively the electron collision fr...
An expression for the longitudinal dielectric function of dense high-temperature isotropic plasma is...
Based on quantum statistical theory a kinetic equation is presented which is valid for dense plasmas...
Abstract. In this work the previously developed method of calculation of HF electro-conductivity of ...
We examine some simple models describing aspects of the interaction of high power laser light with d...
The purpose of the paper is to develop theoretical methods of mathematical models research and const...
The problems of high linear conductivity in an electric field, as well as nonlinear conductivity, ar...
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