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Lower hybrid electron cyclotron heating and associated parallel cooling

C Da C Rapozo, A S De Assis, J Busnardo-Neto1991年Plasma Physics and Controlled FusionIF 2.2出版社

The authors have observed experimentally that during electron cyclotron heating the electron longitudinal temperature drops as the perpendicular temperature increases. An RF source of 2.45 GHz and 1.0 kW was used. When an additional RF source (lower hybrid wave) of 30 MHz and 0.35 kW was introduced, it heated the plasma via the lower hybrid resonance at r=5.0 cm without, however, destroying the anisotropy in the temperature. The experiment was carried out in a linear mirror machine with a low-density ( approximately 1010 cm-3) weakly-ionized (<1.0%) plasma.

日本語訳

要約:著者らは実験的に、電子サイクロトロン加熱中に、電子の長手方向温度が垂直方向温度の増加に伴って低下することを観測した。2.45 GHz、1.0 kWのRF源を使用した。追加のRF源(30 MHz、0.35 kWの低混成波)を導入すると、r=5.0 cmにおいて低混成共鳴を介してプラズマが加熱されたが、温度の異方性は破壊されなかった。実験は、線形磁気ミラー装置内の低密度(約10¹⁰ cm⁻³)、弱電離(<1.0%)プラズマで実施された。

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Electron cyclotron heatingLower hybrid
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