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Status of JT-60 experiments

S Tamura1986年Plasma Physics and Controlled FusionIF 2.2出版社

During the Joule heated plasma experiment in JT-60, plasma with a unique divertor configuration was controlled and the divertor effects were confirmed. The highest plasma current and line-averaged plasma density stably obtained were 1.85 MA and 5.7*1019 m-3 respectively. All hardware of the supplementary heating systems of NBI (20 MW into plasma) and RF (10 MW into plasma) were installed on the torus during an eight month shutdown until February 1986. Describes the present status and plan of the higher power heating experiments in JT-60.

日本語訳

JT-60におけるジュール加熱プラズマ実験において、独自のダイバータ配位を持つプラズマの制御に成功し、ダイバータの効果を確認した。安定に達成された最大プラズマ電流は1.85 MA、最大線平均密度は5.7×10¹⁹ m⁻³であった。1986年2月までの8ヶ月間のシャットダウン期間中に、NBI(プラズマ入射20 MW)およびRF(プラズマ入射10 MW)の補助加熱システムの全機器がトーラスに設置された。本論文では、JT-60における高パワー加熱実験の現状と計画について述べる。

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jt-60sa高精度(タイトル一致)

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JT-60
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