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Transport in stellarators

H Maassberg, R Brakel, R Burhenn, U Gasparino, P Grigull, M Kick, G Kuhner, H Ringler, F Sardei, U Stroth1993年Plasma Physics and Controlled FusionIF 2.2出版社

The local electron and ion heat transport as well as the particle and impurity transport properties in stellarators are reviewed. In this context, neoclassical theory is used as a guideline for the comparison of the experimental results of the quite different confinement concepts. At sufficiently high temperatures depending on the specific magnetic configuration, neoclassical predictions are confirmed by experimental findings. The confinement properties in the LMFP collisionality regime are discussed with respect to the next stellarator generation, for which at higher temperatures the neoclassical transport is expected to become more important.

日本語訳

ステラレータにおける電子およびイオンの熱輸送、ならびに粒子および不純物輸送特性を概説する。この文脈において、新古典理論は、大きく異なる閉じ込め概念の実験結果を比較するための指針として用いられる。特定の磁気配位に依存する十分に高い温度では、新古典理論の予測が実験結果によって確認される。LMFP(衝突周波数領域)における閉じ込め特性は、次世代ステラレータに関連して議論される。そこでは、より高い温度において新古典輸送がより重要になると予想される。

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Stellarator
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