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Non-linear instability at large vertical displacements in the MAST tokamak

M J Windridge, G Cunningham, T C Hender, R Khayrutdinov, V Lukash2011年Plasma Physics and Controlled FusionIF 2.2出版社

Data from forced Vertical Displacement Event (VDE) experiments in the Mega Ampère Spherical Tokamak (MAST) indicate that the plasma is highly destabilized above z displacements of ∼0.4 m. Previous work investigating the plasma response to vertical plasma perturbations in MAST had found it to be more non-linear than an equivalent conventionally shaped tokamak. Further investigation into the stability of the plasma at high z displacements is done using a linear vertical stability code. Theoretically it is found that the plasma becomes ideally unstable from z ∼ 0.8 m, corresponding to a significant acceleration of the vertical position experimentally.

日本語訳

MAST(メガアンペア球状トカマク)における強制垂直変位事象(VDE)実験のデータは、プラズマが約0.4 mの垂直変位を超えると高度に不安定化することを示している。MASTにおける垂直プラズマ摂動に対するプラズマの応答を調査した先行研究では、同等の従来型トカマクよりも非線形性が強いことが判明していた。高垂直変位におけるプラズマの安定性に関するさらなる調査は、線形垂直安定性コードを用いて実施された。理論的には、プラズマは約0.8 mの位置から理想的不安定性を示すことが見出され、これは実験的に垂直位置の有意な加速に対応する。

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mast高精度(タイトル一致)

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MASTVertical displacement
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