Numerical simulation and optimal control in plasma physics : with applications to Tokamaks
Numerical simulation and optimal control in plasma physics : with applications to Tokamaks
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发表时间：
1989
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通讯作者：
J. Blum
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作者：
J. Blum
第一部分自由边界问题：托卡马克中等离子体的轴对称平衡外加电流对等离子体边界的静态控制平衡问题的解的存在和控制在平衡解分支的简单研究中的应用以及在水平位移稳定性中的应用从磁测量中识别等离子体边界和等离子体电流密度平衡在扩散时间尺度上的演化。第二部分大长宽比圆形等离子体平衡的演化：等离子体水平位移的稳定性和控制。
Part 1 A free boundary problem: the axisymmetric equilibirum of the plasma in a tokamak static control of the plasma boundary by external currents existence and control of a solution to the equilibrium problem in a simple case study of equilibrium solution branches and application to the stability of horizontal displacements identification of the plasma boundary and plasma current density from magnetic measurements evolution of the equilibrium at the diffusion time scale. Part 2 Evolution of the equilibrium of a high aspect-ratio circular plasma: stability and control of the horizontal displacements of the plasma.