1962
DOI: 10.1063/1.1706652
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High-Frequency Conductivity and the Emission and Absorption Coefficients of a Fully Ionized Plasma

Abstract: The problem of the ac conductivity of a fully ionized plasma is investigated for frequencies embracing the plasma frequency. The finite duration of encounters is taken into account in a self-consistent fashion which includes collective effects. The concomitant processes of absorption and emission of electromagnetic radiation are investigated and in particular the bremsstrahlung emission and absorption coefficients near the plasma frequency are given. The conversion of longitudinal to transverse waves by scatte… Show more

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Cited by 482 publications
(147 citation statements)
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“…In contrast, the present "electrostatic bremsstrahlung" is an emission of electrostatic eigenmodes by collisional process, which is analogous to the emission of transverse electromagnetic radiation by collisional process. Note that several authors discussed the electromagnetic bremsstrahlung within the context of plasma kinetic theory [59][60][61][62] but a similar process involving electrostatic modes has never been discussed in the literature.…”
Section: Wave Kinetic Equation Including Collisional Damping and Ementioning
confidence: 99%
“…In contrast, the present "electrostatic bremsstrahlung" is an emission of electrostatic eigenmodes by collisional process, which is analogous to the emission of transverse electromagnetic radiation by collisional process. Note that several authors discussed the electromagnetic bremsstrahlung within the context of plasma kinetic theory [59][60][61][62] but a similar process involving electrostatic modes has never been discussed in the literature.…”
Section: Wave Kinetic Equation Including Collisional Damping and Ementioning
confidence: 99%
“…The vector potential A and the magnetic field H are related by L X'A =H (6) Assuming that at the initial time there are no perturbations present, we have as solution the value of 4i from Eq (1).…”
Section: P Catmentioning
confidence: 99%
“…i.et ui;> consider an electron plasma oscillation and an ion acoustic wave of the same wave number. Without the driving field they satisfy the equations 2 . a n k .…”
Section: Disclaimermentioning
confidence: 99%