Plasma heating and coupling of electromagnetic waves near the upper-hybrid resonance in high-β devices

Plasma heating and coupling of electromagnetic waves near the upper-hybrid resonance in high-β devices

Linear transformation of high-frequency electromagnetic waves in quasi-electrostatic waves provides a convenient way to heat overdense high-β plasma in prospective open traps. However, this process has a number of peculiar features which distinguish it from the case of a strong magnetic field, which...

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Veröffentlicht in:Plasma physics and controlled fusion 2017-06, Vol.59 (6), p.65003
Hauptverfasser: Gospodchikov, E D, Kutlin, A G, Shalashov, A G
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Sprache:eng
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electromagnetic waves
full-wave analysis
linear mode coupling
magnetized plasmas
upper-hybrid resonance
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creator Gospodchikov, E D
Kutlin, A G
Shalashov, A G
description Linear transformation of high-frequency electromagnetic waves in quasi-electrostatic waves provides a convenient way to heat overdense high-β plasma in prospective open traps. However, this process has a number of peculiar features which distinguish it from the case of a strong magnetic field, which is used for plasma heating in toroidal magnetic traps and other low-β devices, and from the case of Langmuir wave excitation in non-magnetized plasmas. This work presents a detailed theoretical study of these features.
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subjects electromagnetic waves
full-wave analysis
linear mode coupling
magnetized plasmas
upper-hybrid resonance
title Plasma heating and coupling of electromagnetic waves near the upper-hybrid resonance in high-β devices
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