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Experimental measurements of a converging flux conserver suitable for compressing a field reversed configuration for magnetized target fusion

T. Intrator, M. Taccetti, D.A. Clark, J.H. Degnan, D. Gale, S. Coffey, J. Garcia, P. Rodriguez, W. Sommars, B. Marshall2002年被引用 25Nuclear FusionIF 3出版社

Data are presented that are part of a first step in establishing the scientific basis of magnetized target fusion (MTF) as a cost effective approach to fusion energy. A radially converging flux compressor shell with characteristics suitable for MTF is demonstrated to be feasible. The key scientific and engineering question for this experiment is whether the large radial force density required to uniformly pinch this cylindrical shell would do so without buckling or kinking its shape. The time evolution of the shell has been measured with several independent diagnostic methods. The uniformity, height to diameter ratio and radial convergence are all better than required to compress a high density field reversed configuration to fusion relevant temperature and density.

日本語訳

磁化標的核融合(MTF)を費用対効果の高い核融合エネルギーへのアプローチとして確立するための第一歩となるデータを提示する。MTFに適した特性を有する径方向収束型磁束圧縮器が実現可能であることを実証する。本実験における主要な科学的・工学的課題は、この円筒状の圧縮器を均一にピンチさせるために必要な大きな径方向力密度が、座屈やキンクを引き起こさずに作用するかどうかである。圧縮器の時間発展は、複数の独立した診断手法を用いて計測された。均一性、高さ対直径比、および径方向収束比は、高密度磁場反転配位を核融合に必要な温度と密度まで圧縮するために要求される値をすべて上回っている。

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Field-Reversed Configuration
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