Self-consistent Analysis of Collisional Loss in a Spatially Varying Magnetic Mirror

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概要

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• Expressions for the particle and energy loss fluxes of a plasma in a realistic mirror configuration are obtained using self-consistent analytic solutions of a linearized Fokker-Planck equation for ions and electrons. A magnetic field variation along field lines is taken into account, and both interactions between ions and electrons and effects of the ambipolar potential are included in the analysis. The present results show that a value of n^^^-τ_n (n^^^- : volume-averaged particle density, τ_n : particle confinement time) decreases due to effects of the magnetic-field variation by a factor of two as compared with the value for the magnetic square-well and the total energy confinement time is almost equal to the particle confinement time.

• 核融合科学研究所の論文
• 1982-05-00

著者

• Sato Kuni-hiro

  Research Information Center Institute Of Plasma Physics Nagoya University

関連論文

• Self-consistent Analysis of Collisional Loss in a Spatially Varying Magnetic Mirror

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