Ion Cyclotron Instability of Mirror-Confined Plasmas

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概要

• 論文の詳細を見る

• The ion cyclotron instability of a mirror-confined plasma is analyzed based on the power consumption of the internally created electrostatic field in the plasma itself. The relative importance of two kinds of ion cyclotron modes, "anisotropy" and "loss-cone", depends on the plasma density through the instability frequency band width as well as the temperature ratio of the parallel and perpendicular components. The amount of cold ions necessary to quench these instabilities is calculated for plasmas of various densities.

• 社団法人日本物理学会の論文
• 1969-12-05

著者

• Hamasaki S.

  Nuclear Engineering Department The University Of Wisconsin

• CHU M.

  Nuclear Engineering Department, The University of Wisconsin

• FORSEN H.

  Nuclear Engineering Department, The University of Wisconsin

• Forsen H.

  Nuclear Engineering Department The University Of Wisconsin

• Chu M.

  Nuclear Engineering Department The University Of Wisconsin:(present Address) Chandler-evans Corporation

関連論文

• Ion Cyclotron Instability of Mirror-Confined Plasmas

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