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Electromagnetic torque on the toroidal plasma and the error-field induced torque

机译:环形等离子体上的电磁转矩和误差场感应转矩

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摘要

The electromagnetic torque on the toroidal plasma is calculated assuming a linear plasma response to the applied perturbation, which may be the error field or the field created by the correction coils, or both. The result is compared with recently published expressions for the error field induced torque (Zheng et al 2006 Nucl. Fusion 46 L9, Zheng and Kotschenreuther 2006 Phys. Rev. Lett. 97 165001), and the conclusions of these papers are revised. We resolve the problem of the torque resonance raised there. It is shown that the strong increase in the torque due to the static error field must occur at the resistive wall mode stability limit and not at the no-wall stability limit.
机译:假设对施加的扰动具有线性等离子体响应,则可以计算环形等离子体上的电磁转矩,该线性等离子体响应可以是误差场或由校正线圈创建的场,或二者兼有。将结果与最近发表的有关误差场感应扭矩的表达式进行比较(Zheng等人,2006 Nucl。Fusion 46 L9,Zheng和Kotschenreuther 2006 Phys。Rev. Lett。97 165001),并对这些论文的结论进行了修订。我们解决了在那里引起的扭矩共振的问题。结果表明,由于静态误差场引起的扭矩的强烈增加必须出现在电阻壁模式的稳定极限而不是无壁的稳定极限。

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