Nonlinear currents generated in plasma by a radiation pulse with a frequency exceeding the electron plasma frequency

Research paper by V. E. Grishkov, S. A. Uryupin

Indexed on: 23 Sep '16Published on: 01 Sep '16Published in: Plasma Physics Reports

Abstract

Abstract It is shown that the nonlinear currents generated in plasma by a radiation pulse with a frequency exceeding the electron plasma frequency change substantially due to a reduction in the effective electron–ion collision frequency.AbstractIt is shown that the nonlinear currents generated in plasma by a radiation pulse with a frequency exceeding the electron plasma frequency change substantially due to a reduction in the effective electron–ion collision frequency.

Nonlinear currents generated in plasma by a radiation pulse with a frequency exceeding the electron plasma frequency

Abstract

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Generation of low-frequency nonlinear currents in plasma by an ultrashort pulse of high-frequency radiation

Generation of low-frequency radiation by dense hot plasma under pondermotive action of a short laser pulse

Emission of low-frequency electromagnetic waves by a short laser pulse propagating in a plasma with density fluctuations

Nonlinear currents generated in plasma by a radiation pulse with a frequency exceeding the electron plasma frequency

Abstract

More like this:

Generation of low-frequency nonlinear currents in plasma by an ultrashort pulse of high-frequency radiation

Generation of low-frequency radiation by dense hot plasma under pondermotive action of a short laser pulse

Emission of low-frequency electromagnetic waves by a short laser pulse propagating in a plasma with density fluctuations

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