ISSP超高斯场破坏性磁线圈新设计

E. Kojima, S. Takeyama
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引用次数: 2

摘要

电磁通量压缩(EMFC)是产生特大高斯磁场最有效的方法之一。ISSP的EMFC设施已创下室内产生磁场的世界纪录。我们最近实施了成功的改进,以更少的能量注入和更简化的线圈制备过程产生更高的场。我们已经改变了一次线圈的结构和材料。我们对新的线圈系统进行了测试,并成功地产生了高达350 T的1mj, 470 T的2mj和520 T的3mj。因此,电磁能量传递效率大大提高。由于具有良好的圆柱对称性,衬里内爆运动得到了很大的改善。通过一个简单的计算,我们了解了内爆过程中初级线圈的电流密度分布与衬里形状之间的关系。
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Newly Designed Destructive Magnetic Coils for Mega-Gauss Fields at ISSP
Electro-magnetic flux compression (EMFC) is one of the most powerful methods to generate mega-gauss magnetic fields. The EMFC facility at ISSP has attained the world record for indoor generation of magnetic fields. We have recently implemented successful improvements to generate a higher field with less energy injection and with more simplified coil preparation processes. We have changed the structure and the materials of the primary coil. We have tested the new coil system and succeeded in generating fields up to 350 T with 1 MJ, 470 T with 2 MJ and 520 T with 3 MJ. Hence, electro-magnetic energy transfer efficiency has been increased a great deal. The liner implosive motion was much improved with good cylindrical symmetry. A simple calculation has given insight into the relations between the current density distribution of a primary coil and the shape of the liner during the process of the implosion.
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