Filamentary modeling of pulsed high-current systems

B. Novac
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Abstract

Filamentary modeling, also termed the network mesh or mesh-matrix method, has a long history and the first to use this method of analyzing electric circuits was J.C. Maxwell. In pulsed power technology, the most intensive users of this numerical modeling were those designing electromagnetic launchers and homopolar generators. The filamentary technique has been successfully applied at Loughborough along the years in a wide range of pulsed power, high-current applications, including pulsed magnetic field coils, explosively driven magnetic flux-compression generators, various electromagnetic launchers, ultrahigh magnetic field generation by single-turn coils and electromagnetic implosions and the design of various types of high-voltage air-core pulsed transformers. After an introduction into the filamentary technique, most of these applications will be detailed.
脉冲大电流系统的细丝建模
细丝建模,也被称为网络网格或网格矩阵方法,有着悠久的历史,第一个使用这种方法分析电路的是J.C.麦克斯韦尔。在脉冲功率技术中,这种数值模拟的最密集用户是那些设计电磁发射器和同极发生器的人。长丝技术多年来在拉夫堡成功地应用于脉冲功率、大电流的广泛应用,包括脉冲磁场线圈、爆炸驱动的磁通压缩发生器、各种电磁发射器、单匝线圈和电磁内爆产生的超高磁场以及各种类型的高压空芯脉冲变压器的设计。在介绍了细丝技术之后,将详细介绍其中的大多数应用。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
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