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Magnetic divertor design in GAMMA10 central cell

I. Katanuma, Y. Sasagawa, Y. Tatematsu, Y. Nakashima, T. Cho, V.P. Pastukhov2006年被引用 23Nuclear FusionIF 3出版社

A divertor magnetic configuration is an alternative method of obtaining interchange mode stability in the central cell of the GAMMA10 tandem mirror (Cho et al 2005 Phys. Rev. Lett.94 085002). Various divertor configurations are investigated in the central cell of GAMMA10 to determine the best configuration. The equilibrium in the divertor configuration is calculated using the generalized Grad–Shafranov equation with anisotropic plasma pressure to estimate how high a plasma pressure is sustained by the magnetic divertor.

日本語訳

ダイバータ磁場配位は、GAMMA10タンデムミラーの中心セルにおいて交換型モード安定性を得るための代替手法である(Cho et al 2005 Phys. Rev. Lett.94 085002)。最適な配位を決定するために、GAMMA10の中心セルにおいて様々なダイバータ配位が調査されている。ダイバータ配位における平衡は、異方性プラズマ圧力を用いた一般化Grad–Shafranov方程式によって計算され、磁気ダイバータによってどの程度の高プラズマ圧力が維持されるかを評価する。

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