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Solution of the Fokker-Planck equation for high energy ions

J. Scheffel1987年被引用 5Nuclear FusionIF 3出版社

A steady state solution of the Fokker-Planck equation for the distribution in pitch angle and velocity of ions slowing down into a multispecies Maxwellian plasma is given. It is assumed that the ions remain on the same flux surface while slowing down. The analysis extends previous results to the velocity regime 1.8vi < v < 0.8ve, where vi and ve are the ion and electron thermal velocities. Consequently, the solution models the classical slowing down of fusion reaction products such as alpha particles. The solution also covers, and corrects, earlier results for the distribution function of slowing down neutral beam ions.

日本語訳

多種スピーシーズのマクスウェル型プラズマ中に減速するイオンのピッチ角および速度分布に関するフォッカー・プランク方程式の定常解を与える。イオンは減速中に同じ磁気面に留まると仮定する。この解析は、速度領域1.8vi < v < 0.8ve(ここでviおよびveはイオンおよび電子の熱速度である)に対する従来の結果を拡張するものである。その結果、この解はアルファ粒子などの核融合反応生成物の古典的な減速をモデル化する。また、この解は、減速する中性粒子ビームイオンの分布関数に関する従来の結果も包含し、それを修正するものである。

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