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High-β plasma formation and observation of peaked density profile in RT-1

H. Saitoh, Z. Yoshida, J. Morikawa, Y. Yano, T. Mizushima, Y. Ogawa, M. Furukawa, Y. Kawai, K. Harima, Y. Kawazura2011年被引用 26Nuclear FusionIF 3出版社

High-β ECH plasma is generated and stably sustained in a magnetospheric configuration, the Ring Trap 1 (RT-1) device, generated by a levitated dipole field magnet. Geomagnetic-field compensation and optimized operation have realized drastic improvements in plasma properties. The maximum local β value has reached 70% and the pressure profiles have a rather steep gradient near the superconducting magnet. Electrons of the high-β plasma typically consist of 70% hot (∼50 keV) and the rest of cold populations. Confinement time of the hot component plasma is 0.5 s with the optimized neutral gas pressure. By removing the coil support structure, the peaked density profile is observed in the strong field region.

日本語訳

高β ECHプラズマは、浮遊双極磁場磁石によって生成される磁気圏配置であるRing Trap 1(RT-1)装置において生成され、安定に維持される。地磁気補償と最適化された運転により、プラズマ特性の大幅な改善が実現された。最大局所β値は70%に達し、圧力分布は超伝導磁石の近傍でかなり急峻な勾配を示す。高βプラズマの電子は、典型的には70%が高温成分(約50 keV)であり、残りが低温成分である。高温成分プラズマの閉じ込め時間は、最適化された中性ガス圧力のもとで0.5秒である。コイル支持構造を除去することにより、強磁場領域においてピーク化した密度分布が観測される。

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Density profilesPlasma formation
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