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Seeding of impurities in JET H-mode discharges to mitigate the impact of ELMs

S Jachmich, G Maddison, M N A Beurskens, P Dumortier, T Eich, A Messiaen, M F F Nave, J Ongena, J Rapp, J Strachan2002年Plasma Physics and Controlled FusionIF 2.2出版社

ELMy H-mode is one of the foreseen operational scenarios for ITER-FEAT. Good confinement and density is usually associated with Type I ELMs, which, however, will have a severe impact on the divertor target plates in ITER. At the JET-tokamak, impurities have been seeded into a variety of discharge configurations, by which the radiation level can be risen by a factor of 2. This delays the appearance of ELMs and reduces the power load onto the divertor target plates. In this paper, the influence of the impurities on the ELM behaviour and the plasma edge properties will be discussed. Several divertor diagnostics, such as electrical probes and infrared camera indicate a reduction of the heat power load at the inner divertor target tiles and a shrinking of the impact zone at the outer divertor.

日本語訳

ELMy Hモードは、ITER-FEATの想定運転シナリオの一つである。良好な閉じ込めと密度は通常、Type I ELMと関連付けられるが、Type I ELMはITERのダイバータ標的板に深刻な影響を及ぼすであろう。JETトカマクでは、様々な放電構成において不純物が注入されており、これにより放射レベルを2倍に上昇させることができる。これによりELMの発生が遅延し、ダイバータ標的板への熱負荷が低減される。本論文では、ELM挙動およびプラズマ周辺部特性に対する不純物の影響について議論する。複数のダイバータ診断装置(電気プローブや赤外線カメラなど)は、内側ダイバータ標的タイルにおける熱負荷の低減と、外側ダイバータにおける衝撃領域の縮小を示している。

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jet高精度(タイトル一致)iter中精度(概要文一致)

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JETImpurityEdge localized modeH-mode
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