论文部分内容阅读
通过分析被动电磁装甲和金属射流相互作用的机理,建立了被动电磁装甲系统的电路模型,设计了研究被动电磁装甲防护机理的试验装置,对多组金属导体进行了模拟金属射流的电爆炸试验,分析了脉冲电源的参数对金属导体的电爆炸时间和电流波形的影响。研究结果对金属导体的电爆炸理论应用于被动电磁装甲对射流的防护机理研究具有重要意义。
By analyzing the mechanism of the interaction between passive electromagnetic armor and metal jet, a circuit model of passive electromagnetic armor system was established, and a test device for studying the protective mechanism of passive electromagnetic armor was designed. Several sets of metal conductors were tested for electric explosion simulating metal jet. The influence of pulse power parameters on the electrical explosion time and current waveform of metal conductor was analyzed. The research results are of great significance for the application of the theory of electric explosion of metal conductors to the research on the protective mechanism of the passive electromagnetic armor to the jet.