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Three-dimensional tokamak equilibria and stellarators with two-dimensional magnetic symmetry

P R Garabedian1997年Plasma Physics and Controlled FusionIF 2.2出版社

Three-dimensional computer codes have been developed to simulate equilibrium, stability and transport in tokamaks and stellarators. Bifurcated solutions of the tokamak problem suggest that three-dimensional effects may be more important than has generally been thought. Extensive calculations have led to the discovery of a stellarator configuration with just two field periods and with aspect ratio 3.2 that has a magnetic field spectrum with toroidal symmetry. Numerical studies of equilibrium, stability and transport for this new device, called the Modular Helias-like Heliac 2 (MHH2), will be presented.

日本語訳

トカマクおよびステラレータにおける平衡、安定性、輸送をシミュレーションするための三次元コードが開発された。トカマク問題の分岐解は、三次元効果が一般に考えられているよりも重要である可能性を示唆している。大規模な計算により、わずか2つの周期場を持ち、アスペクト比3.2を有するステラレータ配位が発見され、その磁場スペクトルはトロイダル対称性を持つ。モジュラー・ヘリアス型ヘリアック2(MHH2)と呼ばれるこの新しい装置について、平衡、安定性、輸送に関する数値的研究の結果を発表する。

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StellaratorTokamak equilibria
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