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MHD Simulation of Merging Fueling Method Used for ST Plasma

机译:ST等离子合并供油方法的MHD模拟

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Three-dimensional resistive MHD simulation was carried out in order to develop a method to fuel the plasma core by merging two Spherical Torus (ST) plasmas. A relatively small ST plasma was translated into the axial direction by external magnetic field control and made to collide with the larger ST. In this calculation, ballooning instability occurred in both plasmas during translation, while the magnetic surface was observed to collapse from the Poincare plot of the magnetic lines. It was observed that the magnetic lines in the core regions of the two STs were connected to each other and that the merging was completed.
机译:为了开发一种通过合并两个球形圆环(ST)等离子体为等离子体核提供燃料的方法,进行了三维电阻MHD模拟。相对较小的ST等离子体通过外部磁场控制沿轴向平移,并与较大的ST发生碰撞。在该计算中,在平移期间两个等离子体中都发生了膨胀不稳定性,而从磁线的庞加莱图中观察到磁性表面塌陷了。观察到两个ST的核心区域中的磁力线彼此连接,并且合并完成。

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