Fokker-Planck Simulation of Multi-Species Heating in Tokamak Plasmas

Hideo NUGA; Atsushi FUKUYAMA

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Fokker-Planck Simulation of Multi-Species Heating in Tokamak Plasmas

机译：托卡马克等离子体中多种物质加热的福克-普朗克模拟

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Wave-particle interactions can produce non-Maxwellian momentum distribution functions, which modify the propagation and absorption of the wave. Kinetic analysis including deformation of the momentum distribution function is required for quantitative wave heating analysis. The deformation strongly depends on the loss mechanism and radial transport of energetic ions. In our previous work, we studied time evolution of the momentum distribution function by local ICRF heating analysis. In the present analysis, we describe global analyses of multi-species heating including loss mechanisms and radial transport.

机译：波粒相互作用可以产生非麦克斯韦动量分布函数，从而改变波的传播和吸收。定量波加热分析需要动力学分析，包括动量分布函数的变形。变形在很大程度上取决于高能离子的损失机理和径向传输。在我们以前的工作中，我们通过局部ICRF加热分析研究了动量分布函数的时间演化。在当前的分析中，我们描述了包括损失机制和径向传输在内的多物种加热的全局分析。

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《Plasma and Fusion Research》 |2010年第1期|共1页
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Hideo NUGA; Atsushi FUKUYAMA;
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1. Fokker-Planck Simulation of Multi-Species Heating in Tokamak Plasmas [J] . Hideo NUGA, Atsushi FUKUYAMA Plasma and Fusion Research . 2010,第4期

机译：托卡马克等离子体中多种物质加热的福克-普朗克模拟
2. Full wave simulations of fast wave efficiency and power losses in the scrape-off layer of tokamak plasmas in mid/high harmonic and minority heating regimes [J] . N. Bertelli, E.F. Jaeger, J.C. Hosea, Nuclear fusion . 2016,第1期

机译：在中/高谐波和少数加热条件下，托卡马克等离子体刮除层中快速波效率和功率损耗的全波模拟
3. An efficient interface between the solvers of Maxwell's equations and of the quasilinear kinetic equation for simulations of ion cyclotron heating in tokamak plasmas [J] . Brambilla M., Bilato R. Computer physics communications . 2013,第9期

机译：麦克斯韦方程组和拟线性动力学方程组的求解器之间的有效接口，用于模拟托卡马克等离子体中离子回旋加速器的加热
4. SELF-CONSISTENT QUASILINEAR FOKKER-PLANCK - MAXWELL MODELLING OF ION CYCLOTRON RESONANCE HEATING IN TOKAMAK PLASMAS [C] . P. U. LAMALLE, D. VAN EESTER Fusion energy 1998 . 1998

机译：自相容准线性福克-普朗克-托卡马克等离子体中离子回旋共振加热的麦克斯韦建模
5. Implementation into DIVIMP of a drift-kinetic model derived from the Fokker-Planck equation to examine the parallel-to-B velocity component of impurity ions in divertor-tokamak plasmas. [D] . Schwanke, Peter. 2001

机译：从Fokker-Planck方程导出的漂移动力学模型在DIVIMP中的实现，以检查偏滤托卡马克等离子体中杂质离子的平行于B速度分量。
6. Simulations tackle abrupt massive migrations of energetic beam ions in a tokamak plasma [O] . Andreas Bierwage, Kouji Shinohara, Yasushi Todo, -1

机译：模拟解决了托卡马克等离子体中高能束离子的突然大量迁移
7. Kinetic theory and simulation of multi-species plasmas in tokamaks excited with ICRF microwaves [O] . G.D. Kerbel, M.G. McCoy 1984

机译：ICRF微波激发托卡马克多种等离子体的动力学理论与模拟
8. Kinetic Theory and Simulation of Multi-Species Plasmas in Tokamaks Excited with ICRF Microwaves [R] . Kerbel, G. D., McCoy, M. G. 1984

机译：ICRF微波激发的托卡马克多种等离子体的动力学理论与模拟

Fokker-Planck Simulation of Multi-Species Heating in Tokamak Plasmas

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