Different Fokker-Planck approaches to simulate electron transport in plasmas

Alouani-Bibi F; Shoucri MM; Matte JP

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Different Fokker-Planck approaches to simulate electron transport in plasmas

机译：不同的Fokker-Planck方法模拟等离子体中的电子传输

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An evaluation of different approximations of the Rosenbluth potentials is performed. A comparison is made between the Legendre expansion used in the FPI code with spherical Rosenbluth potentials, and an improved version (FPI+) with semi-anisotropic Rosenbluth potentials, and the new (v, mu) Fokker-Planck code "FPTrans" with fully anisotropic Rosenbluth potentials, for the problem of the relaxation of a bi-Maxwellian (Tperpendicular to not equalA Tparallel to) electron distribution function, which confirms the validity of the semi-anisotropic approximation, but not of the isotropic one. The improved code FPI+ was also used to compute new propagators for nonlocal electron heat transport. (C) 2004 Elsevier B.V All rights reserved.

机译：对Rosenbluth电位的不同近似值进行了评估。比较了用于球形球形Rosenbluth势的FPI代码中的Legendre扩展，具有半各向异性Rosenbluth势的改进版本（FPI +）和具有完全各向异性的新（v，mu）福克-普朗克代码“ FPTrans” Rosenbluth势用于解决双Maxwellian（垂直于不等于A T平行于）电子分布函数的松弛问题，这证实了半各向异性近似的有效性，但各向同性近似的有效性。改进的代码FPI +还用于计算用于非局部电子传热的新型传播子。（C）2004 Elsevier B.V保留所有权利。

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《Computer physics communications》 |2004年第3期|共7页
作者
Alouani-Bibi F; Shoucri MM; Matte JP;
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正文语种 eng
中图分类计算机的应用;
关键词
Fokker-Planck; nonlocal electron heat transport; laser-plasma interaction; Rosenbluth potentials; STEEP TEMPERATURE-GRADIENTS; INVERSE BREMSSTRAHLUNG; HEAT-TRANSPORT; DISTRIBUTIONS; EQUATION;

机译：福克-普朗克;非局域电子传热;激光-等离子体相互作用;Rosenbluth势;STEP温度梯度;逆气浮法;传热;分布;方程;

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1. Different Fokker-Planck approaches to simulate electron transport in plasmas [J] . Alouani-Bibi F, Shoucri MM, Matte JP Computer physics communications . 2004,第1a3期

机译：不同的Fokker-Planck方法模拟等离子体中的电子传输
2. Fokker-Planck analysis of energy deposition of laser-produced relativistic electrons in dense plasmas [J] . Yokota T, Nakao Y, Johzaki T, Laser Physics: An International Journal devoted to Theoretical and Experimental Laser Research and Application . 2006,第7期

机译：Fokker-Planck分析在稠密等离子体中激光产生的相对论电子的能量沉积
3. Numerical solution of the Fokker-Planck equation of fully ionized magnetized plasmas and classical transport coefficients [J] . Bendib A., Bennaceur-Doumaz D., El Lemdani F. Physics of plasmas . 2002,第5aPta1期

机译：完全电离的磁化等离子体的Fokker-Planck方程的数值解和经典输运系数
4. Advanced 3-D Electron Fokker-Planck Transport Calculations [C] . Y. Peysson, J. Decker, R.W. Harvey 15th Topical Conference on Radio Frequency Power in Plasmas; May 19-21, 2003; Moran, Wyoming . 2003

机译：先进的3-D电子福克-普朗克输运计算
5. A generalized Fokker-Planck theory for electron transport problems [D] . Leakeas, Christopher Louis 1999

机译：关于电子传输问题的广义Fokker-Planck理论
6. The Role of Ascorbate Free Radical as an Electron Acceptor to Cytochrome b-Mediated Trans-Plasma Membrane Electron Transport in Higher Plants. [O] . N. Horemans, H. Asard, R. J. Caubergs 1994

机译：抗坏血酸自由基作为电子受体在高等植物中细胞色素b介导的跨等离子膜电子传输中的作用。
7. FOKKER-PLANCK/TRANSPORT ANALYSES OF FUSION PLASMAS IN CONTEMPORARY BEAM-DRIVEN TOKAMAKS [O] . A.A. Mirin, M.G. McCoy, J. Killeen, 1979

机译：Fokker-Planck /运输分析当代梁驱动的托卡马克融合等离子体
8. LLE-LLNL progress report on studies in nonlocal heat transport in spherical plasmas using the Fokker-Planck code SPARK. [R] . E. M. Epperlein P. Amendt L. Powers L. J. Suter 1992

机译：LLE-LLNL使用Fokker-planck代码spaRK进行球形等离子体非局部热传输研究的进展报告。

Different Fokker-Planck approaches to simulate electron transport in plasmas

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