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Lower hybrid wave excitation by a fast wave current drive antenna

J. Goree, M. Ono1988年被引用 4Nuclear FusionIF 3出版社

Excitation of the lower hybrid wave (slow wave) using a launcher designed for fast wave excitation has been observed under conditions where neither direct excitation nor mode conversion is expected to take place. The slow wave was revealed through the presence of its resonance cone. The experiment was performed with Ωi ≪ ω ≪ Ωe. The coupling of the fast wave into the slow wave is attributed to parasitic excitation, which is a linear mechanism involving electron × motion and charge separation in a density gradient. This process could be a significant loss mechanism for fast wave current drive in toroidal plasmas.

日本語訳

速波励起用に設計されたランチャーを用いた低混成波(遅波)の励起が、直接励起もモード変換も起こらないと予想される条件下で観測された。遅波は、その共鳴円錐の存在を通じて明らかになった。実験はΩi ≪ ω ≪ Ωeで行われた。速波の遅波への結合は寄生励起に起因すると考えられ、これは密度勾配中の電子の×運動と電荷分離を含む線形メカニズムである。この過程は、トロイダルプラズマにおける速波電流駆動の重大な損失メカニズムとなる可能性がある。

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Fusion Advanced Studies TorusCurrent driveLower hybridWave current drive
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