在瞬变电磁理论的基础上，引入新的电磁传播理论——电磁导弹技术，作为对该技术的初步探索。
Based on transient electromagnetic theory, this paper introduces a kind of new theory of electromagnetic transmission a so called electromagnetic missile technology.
分析了连续波半主动雷达制导导弹导引头工作电磁环境和对武器系统攻击区的影响。
The magnetic environment in which the CW semi active radar guided missile's Homer works is analyzed and its influence on the attacking envelope of the weapon system is given.
研究了现代复杂的电磁环境下各种有意干扰对地空导弹武器系统杀伤区的影响，主要包括有源压制和无源压制干扰对武器系统杀伤区的影响。
It was researched that all kinds of jamming modes affected the damage zone for ground-to-air missile weapon system in modern complex electromagnetism environment.
战场电磁环境、目标特性、地形遮蔽等因素都对地空导弹的拦截能力有着直接的影响。
Some factors such as battle fields electromagnetism circumstance and attributes of air targets and shadow from landform are believed to affect groundtoair missiles' intercepting capability directly.
光纤技术用于导弹控制系统中，有效解决了控制系统的电磁兼容、电气隔离、抗干扰等问题，大大提高了导弹控制系统的性能与可靠性。
Optical fiber technology is used in missile control system, which can resolve the electromagnetic interfere, the electric isolation, anti-jamming and so on in control system effectively.
军用密封电磁继电器是广泛应用于运载火箭、导弹、卫星等武器装备系统与航天系统中的关键元器件，工作环境的复杂性要求其必须具备良好的耐力学性能。
In this paper a finite element model of hermetically sealed electromagnetic relay is built, through normal modes analysis and frequency response analysis, the vibration transitive path is studied.
针对电磁脉冲武器对导弹控制系统的严重威胁，重点阐述控制系统抗核电磁脉冲(HEMP)的主要途径。
With the severe threat of electromagnetic pulse weapon to ballistic missile control systems, the primary ways how control system counteract HEMP are discussed.
烟幕对红外和近红外等波段的电磁波有吸收、反射和散射等特性，可以导致红外成像制导导弹导引头接收到的能量大大衰减，从而降低导弹命中率。
The smoke screen that may absorb and scatter infrared, heavily attenuates energy of guidance head, and then will reduce the probability of missile shooting.
烟幕对红外和近红外等波段的电磁波有吸收、反射和散射等特性，可以导致红外成像制导导弹导引头接收到的能量大大衰减，从而降低导弹命中率。
The smoke screen that may absorb and scatter infrared, heavily attenuates energy of guidance head, and then will reduce the probability of missile shooting.
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