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The role of magnetic geometry on the poloidal distribution of ELM-induced peak particle flux at the divertor targets in DIII-D

T.W. Petrie, J.G. Watkins, L.L. Lao, P.B. Snyder2003年被引用 31Nuclear FusionIF 3出版社

Edge localized modes (ELMs) are commonly observed in high-energy confinement tokamak plasmas and are thought to be caused by magnetohydrodynamic instabilities driven by the steep pressure gradient and the current in the plasma edge region. Our data show that the divertor magnetic balance, i.e. the degree to which the plasma topology resembles a single-null or a double-null, strongly determines where ELM pulses driven by ballooning instabilities at the plasma edge are distributed to surrounding vacuum vessel surfaces. These data also support the conclusions drawn from the stability analysis that ELMs are generated almost entirely on the outboard side of the main plasma.

日本語訳

エッジ局在モード(ELM)は、高エネルギー閉じ込めトカマクプラズマにおいて一般的に観測され、プラズマ周辺領域の急峻な圧力勾配と電流によって駆動される磁気流体力学的不安定性に起因すると考えられている。我々のデータは、ダイバータ磁気バランス、すなわちプラズマの位相幾何学的構造がシングルヌルに近いかダブルヌルに近いかの程度が、プラズマ周辺部のバルーニング不安定性によって駆動されるELMパルスが周辺真空容器表面のどこに分布するかを強く決定することを示している。これらのデータはまた、ELMが主プラズマの外側領域でほぼ exclusively 生成されるという安定性解析から導かれた結論を裏付けるものである。

装置

diii-d高精度(タイトル一致)

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DivertorDIII-DEdge localized modeDivertor target
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