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The beta limit in the Advanced Toroidal Facility due to local ideal MHD instabilities

W.A. Cooper, S.P. Hirshman, D.K. Lee1989年被引用 16Nuclear FusionIF 3出版社

The marginal pressure profile that is imposed either by ideal ballooning modes or by interchange modes on every nested flux surface of a three-dimensional equilibrium modelling the ATF device is determined for conditions of vanishing net toroidal plasma current. The corresponding limiting values are β = 3.75% and β(0) = 9.89%. Mercier modes dominate in regions of strong stellarator-like magnetic shear (ι'/ι > 0), and non-symmetric ballooning modes (non-symmetric eigenstructures in the extended poloidal angle domain) dominate in regions with strong tokamaklike magnetic shear (ι'/ι < 0).

日本語訳

三次元平衡がATF装置をモデル化する際の各入れ子状磁気面上に、理想バルーニングモードまたは交換モードのいずれかによって課される限界圧力プロファイルを、正味のトロイダルプラズマ電流がゼロとなる条件について決定した。対応する限界値はβ = 3.75%およびβ(0) = 9.89%である。Mercierモードは、強いステラレータ様磁気シア(ι'/ι > 0)の領域で優勢であり、非対称バルーニングモード(拡張ポロイダル角領域における非対称固有構造)は、強いトカマク様磁気シア(ι'/ι < 0)の領域で優勢である。

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MagnetohydrodynamicsMHD instabilitiesIdeal MHD
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