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Influence of low-order rational magnetic surfaces on heat transport in TJ-II heliac ECRH plasmas

F. Castejón, D. López-Bruna, T. Estrada, E. Ascasíbar, B. Zurro, A. Baciero2004年被引用 40Nuclear FusionIF 3出版社

We study the effect of low-order rational surfaces on electron heat transport in plasmas confined in the TJ-II stellarator (Alejaldre et al 1990 Fusion Technol. 17 131) and heated by electron cyclotron waves. Enhancement of core electron heat confinement is observed when the rational surface is placed in the vicinity of the power deposition zone, either by performing a magnetic configuration scan or by inducing Ohmic current in a single discharge. The key to improving heat confinement seems to be a locally strong positive radial electric field, which is made possible by a synergistic effect between enhanced electron heat fluxes through radial positions around low-order rationals and pump out mechanisms in the heat deposition zone.

日本語訳

我々は、TJ-IIステラレーター(Alejaldreら 1990 Fusion Technol. 17 131)に閉じ込められたプラズマにおける電子熱輸送に対する低次有理面の影響を研究する。電子サイクロトロン波によって加熱されるプラズマにおいて、磁気配位スキャンを実施するか、または単一放電内でオーミック電流を誘起することにより、有理面をパワー堆積領域の近傍に配置すると、コア電子熱閉じ込めの向上が観測される。熱閉じ込め改善の鍵は、局所的に強い正の径方向電場にあると思われる。これは、有理面近傍の径方向位置を通る電子熱流束の増強と、熱堆積領域におけるポンプアウト機構との間の相乗効果によって可能となる。

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tj-ii高精度(タイトル一致)

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Electron cyclotron heatingTJ-IIHeat transport
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