在简要介绍非核强电磁脉冲定向能武器发展情况的基础上,分析了空基非核强电磁脉冲源辐射功率随距离的变化情况,相应的辐射强度可能对雷达系统的敏感部分造成干扰、降级、损伤甚至损毁等不同结果。分析计算不同强度空间辐射场耦合进入雷达天线系统的功率水平,对比分析美军标提供的强电磁环境考核数据,提出防护量级水平。在此基础上,分析强电磁脉冲进入地面雷达系统的前后门耦合途径及可能的毁伤效应。针对不同的耦合路径,有针对性地分析了相应的防护措施,为信息化装备的强电磁脉冲防护加固和战技术应用提供借鉴。

On the basis of brief introduction of non-nuclear electromagnetic pulse directed-energy weapons development, the variation of radiation power of space-based non-nuclear high intensity electromagnetic pulse source with distance is analyzed. The corresponding radiation intensity may cause different effects of interference, degradation, hurt or even damage to sensitive parts of the radar system. Analyzing and calculating the power levels of different intensity space radiation fields coupled into the radar antenna system. By comparing and analyzing the high intensity electromagnetic environment assessment data provided by US military standard, the level of protection is proposed. On this basis, the front and rear door coupling ways and possible damage effects of high intensity electromagnetic pulse entering the ground radar system are analyzed. Aiming at different coupling paths, the corresponding protective measures are analyzed. It provides a reference for the strengthening of high intensity electromagnetic pulse protection and technical application of information equipment.

TN954

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