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Extended fluid transport theory in the tokamak plasma edge

W.M. Stacey2017年被引用 6Nuclear FusionIF 3出版社

Fluid theory expressions for the radial particle and energy fluxes and the radial distributions of pressure and temperature in the edge plasma are derived from fundamental conservation (particle, energy, momentum) relations, taking into account kinetic corrections arising from ion orbit loss, and integrated to illustrate the dependence of the observed edge pedestal profile structure on fueling, heating, and electromagnetic and thermodynamic forces. Solution procedures for the fluid plasma and associated neutral transport equations are discussed.

日本語訳

流体理論の表現を、動径粒子束およびエネルギーフラックス、ならびに周辺プラズマにおける圧力および温度の動径分布に対して、基本保存則(粒子、エネルギー、運動量)から導出し、イオン軌道損失に起因する運動論的補正を考慮に入れ、観測される周辺ペデスタル圧力分布構造の燃料供給、加熱、電磁力および熱力学的力への依存性を明らかにするために積分した。流体プラズマおよび関連する中性粒子輸送方程式の数値解法について議論する。

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