In the advanced Tokamak magnetic field configuration, the instability of the double tear mode excited by the diamagnetic shear configuration plays an important role. At the same time, due to the fusion reaction and auxiliary heating means, a large number of fast particles will be generated. The existence of fast particles will affect the growth of double tear mode. In the context of resistive magnetic fluids, the role of fast particle specific pressure in the instability of the double tear mode was analyzed, and the CLT-K program was used to simulate the instability of the fast particle specific pressure to the double-tearing mode to explore the physical mechanism of its impact.

中文翻译：

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快颗粒比压对阻磁流体双撕裂模式的影响

在先进的托卡马克磁场配置中，由抗磁剪切配置激发的双撕裂模式的不稳定性起着重要作用。同时，由于聚变反应和辅助加热手段，会产生大量的快速粒子。快速粒子的存在会影响双撕裂模式的生长。在阻磁流体的背景下，分析了快粒子比压对双撕裂模式不稳定性的作用，并利用CLT-K程序模拟了快粒子比压对双撕裂模式的不稳定性探索其影响的物理机制。