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The formation and evolution of negative central magnetic shear current profiles on DIII-D

B W Rice, T S Taylor, K H Burrell, T A Casper, C B Forest, H Ikezi, L L Lao, E A Lazarus, M E Mauel, B W Stallard1996年Plasma Physics and Controlled FusionIF 2.2出版社

Using the combination of early neutral beam injection, ramping of the plasma current, low electron density and controlled L - H transitions, robust discharges with negative central magnetic shear are reproducibly obtained on the DIII-D tokamak. The effects of these factors on the formation and evolution of the q profile during the initial phase of these discharges are documented. Details of the evolution of the inverted q profile are obtained from measurements of the internal field pitch using a 16-channel motional Stark effect (MSE) system. Time-dependent MSE data are used to directly construct the profile of the toroidal electric field and allow a straightforward calculation of the non-inductive current density profile.

日本語訳

中性粒子ビーム入射の早期開始、プラズマ電流の立ち上げ、低電子密度、および制御されたL-H遷移の組み合わせにより、負の中心磁気シアを有する堅牢な放電がDIII-Dトカマクにおいて再現性よく得られる。これらの要因が、これらの放電の初期段階におけるq分布の形成と発展に及ぼす影響を文書化する。反転したq分布の詳細は、16チャンネルのモーションル・シュタルク効果(MSE)システムを用いた内部磁場ピッチ測定から得られる。時間依存のMSEデータを用いてトロイダル電場の分布を直接構築し、非誘導電流密度分布の直接的な計算を可能にする。

装置

diii-d高精度(タイトル一致)

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DIII-DMagnetic shearCurrent profile
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