Lightning electromagnetic pulse field (LEMP) was simulated to study its effect on naked radio fuze.
为了研究强雷电电磁场(LEMP)对没有保护状态下无线电引信性能的影响，对LEMP进行了模拟。
This article expounds the lightning protection and earthing of weak current system for intelligent building. It emphasizes lightning electromagnetic pulse.
对智能建筑弱电系统的防雷接地进行详细阐述，并对防雷击电磁脉冲部分着重说明。
With the transmission line model of the lightning return stroke, the approximate expressions of the adjacent field of lightning electromagnetic pulse are obtained.
采用雷电回击电流的传输线模型得到了雷电电磁脉冲场的近场近似。
At the same time, guarded against the thunder and lightning electromagnetic pulse to the information system to propose the corresponding measure in the technology.
同时，对信息系统防雷电电磁脉冲在技术上提出了相应的措施。
The mechanism of production, path of transmission and damages to the electronic equipments of lightning electromagnetic pulse (LEMP) are analyzed, and the prevention measures are introduced.
阐述了雷电电磁脉冲的产生机理、传播途径及对电子设备的危害，并简要说明了其防护措施。
The mechanism of production, path of transmission and damages to the electronic equipments of lightning electromagnetic pulse (LEMP) are analyzed, and the prevention measures are introduced.
阐述了雷电电磁脉冲的产生机理、传播途径及对电子设备的危害，并简要说明了其防护措施。
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