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The internal m = 1 resistive mode in high-temperature plasma

J.F. Drake, Y.C. Lee, L. Chen, P.H. Rutherford, P.K. Kaw, J.Y. Hsu, C.S. Liu1978年被引用 3Nuclear FusionIF 3出版社

In high-temperature, weakly collisional plasmas, electron Doppler effects strongly modify the structure of the m = 1 internal kink mode, causing the growth rate γ to depend very weakly on the plasma resistivity η: γ ∼ η1/7. The electron temperature gradient can also drive the m = 1 mode.

日本語訳

高温・弱衝突プラズマにおいて、電子ドップラー効果はm = 1内部キンクモードの構造を強く修正し、成長率γがプラズマ抵抗率ηに非常に弱く依存する原因となる:γ ∼ η1/7。電子温度勾配もまたm = 1モードを駆動することができる。

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