1)LEMP雷电电磁脉冲
1.Design of an 800 kV LEMP Simulator;800kV雷电电磁脉冲场模拟器的研制
2.Test Research on Coupling of LEMP to Digital Circuits;雷电电磁脉冲对数字电路的辐照耦合试验研究
3.Research on LEMP Simulation and Measurement;雷电电磁脉冲场模拟与测量技术研究
英文短句/例句
1.How to Defend Lightning Electromagnetic Pulse in Banking Information System银行信息系统如何作好雷电电磁脉冲的防护
2.Protection of Lightning Electromagnetic Pulse Based Faraday Cages Principle浅谈如何利用法拉第笼原理防护雷电电磁脉冲
3.Damage and Protection of Lightning Electromagnetic Impulse for Building Electronic Information System建筑物内电子信息系统雷击电磁脉冲的危害与防护
4.electromagnetic-pulse metal forming machine金属定型机,电磁脉冲式
5.ophthalmic pulse electromagnetic magnet眼科脉冲电磁吸铁器
6.Eletromagnetic Interference of Transmisssion Line in HEMP Environment核电磁脉冲环境中传输线的电磁干扰
7.The Research and the Design of Lightning Electromagnetic Impulse Defence to Intelligent Building Information System;智能建筑信息系统雷击电磁脉冲LEMP研究与防护设计
8.Damage to 6 kV High Voltage Frequency Transformer Caused by Lightning Electromagnetic Pulse and Protection Measures雷击电磁脉冲对6kV高压变频器的危害及防护措施
9.Circuit Topology of A New Inductive Storage Pulsed-Power Supply to Drive Railgun新型电感储能型电磁炮脉冲电源拓扑
10.Researching of Pulse Power in Electromagnetic Launching and Numerical Simulating of Electromagnetic Field电磁发射脉冲电源研究及电磁场数值分析
11.nuclear electromagnetic pulse effects on electronicsystem核电磁脉冲对电子系统的影响
12.Experimental study of EMP coupling to long shielded cable电磁脉冲对电缆的耦合效应实验研究
13.Study of EMP effects on input port of Solid State Relay固态继电器输入端电磁脉冲效应研究
14.Measurement and analysis of EMF around pulsed power supplies脉冲功率电源辐射电磁场测量与分析
15.High power electromagnetic pulse propagation in ionosphere高功率电磁波脉冲在电离层中的传播
16.Modeling and Simulating Impulse RF Noises of Electrical Railways in Simulink~(TM) Environment电气化铁道脉冲电磁骚扰的Simulink模型
17.Magnetic Characteristics of Pulsed Reactor and Electromagnetic Force Analyses of Its Exterior Structure;脉冲电抗器磁场特性及外部结构的电磁力分析
18.Influence to Radio Fuzes When Width of Ultra Band Spectra Electromagnetic Pulse Changed超宽谱电磁脉冲脉宽变化对无线电引信的影响
相关短句/例句
lightning electromagnetic pulse雷电电磁脉冲
1.The Innovative Consideration In The Defence of The Lightning Electromagnetic Pulse For The Electronical and Communication Equipment;电子信息系统的雷电电磁脉冲防护的新思考
2.The characteristics of high nucleus electromagnetic pulse (HEMP) and lightning electromagnetic pulse (LEMP) are analyzed, and the method of producing intensive electromagnetic pulse in lab is introduced in the paper.分析了高空核电磁脉冲(HEMP)和雷电电磁脉冲(LEMP)的特性,介绍了实验室产生强电磁脉冲的方法。
3.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。
3)lightning electromagnetic pulse (LEMP)雷电电磁脉冲
1.To effectively make the lightning electromagnetic pulse (LEMP) less harm to the electronicequipment, the coupling effects of LEMP on cables over the ground are studied based on the transmission-line model,according to the related lightning return stroke models and the latest achievements on LEMP calculation methods,which gives the relevant theoretic base on the LEMP protection.为了有效减小由雷电放电产生的电磁脉冲效应而导致电子设备毁伤,根据有关雷电回击模型、雷电电磁脉冲(LEMP)计算方法的最新研究成果,采用传输线模型研究LEMP对地面附近电缆的耦合效应,为雷电电磁脉冲防护提供相关理论依据。
4)lighting electromagnetic pulse雷电电磁脉冲
1.By analyzing the characteristics of high nucleus electromagnetic pulse and lighting electromagnetic pulse, a simulation device of the electromagnetic pulse, which is composed of Marx generator and GTEM Cell, is presented.为了对核电磁和雷电电磁脉冲等进行模拟研究,研发了由Marx发生器和GHz横电磁波室组成的电磁脉冲模拟装置。
2.The lighting electromagnetic pulse and it s dangerous to PDS are analyzed in this article.分析了雷电电磁脉冲对网络综合布线系统产生危害的原因，指出在网络综合布线工程实际中必须进行雷电电磁脉冲防护设计，防止通过网络综合布线系统引入雷害，指出了防护的方法，并提出了建议。
5)lightning electromagnetic impulse雷电电磁脉冲
1.From the perspective of anti-lightning electromagnetic impulse,it reveals the setting principles of testing and inspecting hydrant startup point.通过分析试验和检查用消火栓的功能要求,指出该处消火栓设置按钮的必要性,从防雷电电磁脉冲角度提出了试验和检查用消火栓按钮的设置原则;通过对设计上常用的消火栓按钮接线方式的分析,提出了消火栓按钮接线的最佳方案。
6)lightning protection electromagnetic pulse防雷电电磁脉冲
延伸阅读
非核电磁脉冲武器分子式：CAS号：性质：微波武器的一种。指利用电磁脉冲，直接杀伤、破坏或使目标丧失作战能力的一种微波武器。是非致命性武器技术中最具竞争力的技术之一。通常利用非核的电磁脉冲发生器(EMP)，比如高能炸药驱动的电磁脉冲发生器。只要改变电磁场，即可使数字储器失常，对电子装置产生干扰，或改变敏感电子元件电流方向，使电子设备失效，甚至自毁，从而也使依赖于电子系统工作的任何军车、导弹和飞机等失效。现今美、俄都在研究小型高功率微波电磁脉冲发生器。在未来战争中，非核电磁脉冲武器可和普通炮弹混用，破坏敌方通讯设备，中断敌指挥部与下属部队联系，使其无法行动。
