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Visualization of the Plasma Shape in a Force Free Helical Reactor, FFHR

机译:可视化力自由螺旋反应器中的等离子体形状,FFHR

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Using magnetic field to confine the plasma can realize controlled nuclear fusion. A device called Force Free Helical Reactor (FFHR) using helical coils to generate a magnetic trap is being designed by National Institute for Fusion Science (NIFS) in Japan. Because the FFHR has the plasma with a complicated three-dimensional (3D) structure, 3D de-sign of the in-vessel components is necessary. In the past, the design of the in-vessel components has been conducted based on the discrete two-dimensional poloidal cross-sectional shapes. However, this method is not effective and complete check of the interference is difficult. Since plasma movement follows the magnetic field lines, the plasma shape could be generated from them. Marching cubes method is applied for generating the polygon mesh. A graphic software is used for modifying and rendering.
机译:使用磁场限制等离子体可以实现控制的核融合。使用螺旋线圈称为力自由螺旋反应器(FFHR)以产生磁陷阱的装置是由日本的国家融合科学研究所(NIFS)研究所设计的。因为FFHR具有具有复杂的三维(3D)结构的等离子体,所以需要内容组件的3D去符号。在过去,已经基于离散的二​​维点横截面形状进行了血管内部部件的设计。但是,这种方法无效并且完全检查干扰是困难的。由于等离子体运动遵循磁场线,因此可以从它们产生等离子体形状。行进的Cubes方法应用于生成多边形网格。图形软件用于修改和呈现。

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