红外气溶胶烟幕技术能有效对抗先进的光电武器，尤其是成像制导。
IR aerosol screening smoke can countermine advanced photoelectric equipment, in particular imaging homing.
红外气溶胶烟幕技术能有效对抗先进的光电武器，尤其是成像制导。
IR aerosol screening smoke can countermine advanced photoelectric equipment, in particular imaging homing. Evaluation of countermeasure effect is very important.
这些新技术不仅包括精确化、小型化和武器网络化，而且也包括目标识别、光电对抗和对抗效费比等。
These new technologies include not only precision, miniaturization, and net work of weapons, but target recognition, optoelectronic countermeasure, and efficiency-cost ratio of countermeasures, etc.
因此对可调谐激光制导武器的光电干扰技术进行研究意义重大。
Therefore, it is important that developing the research on photoelectric disturbance technique for tunable laser guidance weapon.
面临光电精确制导武器的严重威胁，先进防御技术成为当前军事科研的主要领域之一。
Advanced defence technology becomes a main fields of military research, facing the serious threat of optoelectronic precise guidance weapon (PGW).
光电瞄具是配备于某武器系统上的一种简易火控系统。
Photoelectric collimator is a kind of simple fire-control system equipped on a weapon system.
为了有效对抗精确制导武器，在防空体系中大力发展光电对抗技术具有十分重要的意义。
Making efforts develop electro optical countermeasures technique in air defence system, which can counter effectively precision guided weapon.
指出红外气溶胶烟幕是一种有效的、可靠的、先进的、廉价的对抗光电制导武器的新方法。
It is noted that the infrared aerosol screening smoke is an effective, reliable, advanced and inexpensive guided weapon countermeasure.
在高科技战争中，日益严重的光电威胁尤其是光电制导武器的威胁对舰船的生存提出了严峻的挑战。
The increasingly serious photoelectric threat, especially the threat from the photoelectric guided weapon brings forward the severe challenge to the survival of naval vessel in the high-tech war.
随着精确制导武器的广泛应用，对于光电探测器的对抗研究也就变得十分重要了。
As precision guided weapon much used, the research on disturbing technology of photoelectric becomes important.
光电瞄具提前量是指武器命中运动目标情况下，在俯仰和方位上赋予武器命中点相对于目标现在点的提前值。
The lead of the optoelectronic sight is a lead value of weapon hitting points relative to target current points in pitch and azimuth on the case of hitting moving targets.
武器飞行试验中，初始段的弹道参数主要依靠光电经纬仪两站交会定位，平滑(滤波)求速获取。
The trajectory parameters are obtained mainly dependent on intersection measure of two photoelectrical theodolites and smooth filtering, during the flight test.
武器飞行试验中，初始段的弹道参数主要依靠光电经纬仪两站交会定位，平滑(滤波)求速获取。
The trajectory parameters are obtained mainly dependent on intersection measure of two photoelectrical theodolites and smooth filtering, during the flight test.
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