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Plasma edge control in TORE SUPRA

A Grosman, T E Evans, P Ghendrih, M Chatelier, P K Mioduszewski, H Capes, C DeMichelis, T Fall, C Foster, A Geraud1990年Plasma Physics and Controlled FusionIF 2.2出版社

TORE SUPRA is a large superconducting tokamak designed for sustaining long inductive pulses (t approximately 30 s). In particular, all the first wall components have been designed for steady-state heat and particle exhaust, particle injection, and additional heating. In addition to these technological assets, a strict control of the plasma-wall interactions is required. This has been done at low power: experiments with ohmic heating have been mainly devoted to the pump limiter, ergodic divertor and pellet injection experiments. Some specific problems arising in large tokamaks are encountered; the pump limiter and the ergodic divertor yield the expected effects on the plasma edge. The effects on the bulk are discussed.

日本語訳

TORE SUPRAは、長時間の誘導パルス(t約30秒)を維持するために設計された大型超伝導トカマクである。特に、すべての第一壁構成要素は、定常状態の熱・粒子排気、粒子入射、および追加加热のために設計されている。これらの技術的利点に加えて、プラズマ・壁相互作用の厳密な制御が要求される。これは低出力で行われてきた:オーミック加熱を用いた実験は、主にポンプリミター、エルゴディックダイバータ、およびペレット入射実験に充てられてきた。大型トカマクにおいて生じるいくつかの特定の問題に遭遇する;ポンプリミターとエルゴディックダイバータは、プラズマ端部において期待された効果をもたらす。バルクプラズマへの影響について議論する。

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Tore Supra
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