1) semi-active laser guided
半主动激光制导
1.
The principle and method of laser active angle deception jamming on semi-active laser guided weapons for warship were explained.
阐述了海面舰船对半主动激光制导武器实施激光有源角度欺骗干扰的原理和方法。
2) Semi-active laser guidance
激光半主动制导
1.
According to the semi-active laser guidance weapon’s technology status that its pulse repeating frequency coding is easily interfered, a new idea of laser pulse width coding is proposed to improve its anti-interfering capability.
针对现有的激光半主动制导武器系统采用脉冲重复频率编码易受干扰的技术现状,提出了采用激光脉宽编码技术提高其抗干扰性能的新构想。
2.
Based on the research of the principles of semi-active laser guidance missile and laser fuze, as a effective supplement to the traditional passive interferential shots, the jamming modes and principles of laser chaff interferential shots are discussed.
论文在研究激光半主动制导武器和激光引信的工作原理的基础上,探讨了作为传统无源干扰弹有效补充的激光箔片干扰弹的原理和干扰方式。
3) laser semi-active guidance
激光半主动制导
1.
For laser semi-active guidance weapon, routine methods of angle cheat are difficult of effective interference, so the technology of high-repetition-frequency laser interference is thought much of.
对于激光半主动制导武器,常规的角度欺骗方法有时难以有效干扰,因此高重频激光干扰技术受到了 广泛重视。
2.
We ve discussed laser systems which operate in the maximum and near range with host helicopter launching missile and laser designator, in order to develop local helicopter Laser semi-active guidance potential power.
为最大限度发挥直升机载激光半主动制导的潜能，对本机发射导弹本机照射在最大射程和近距离射击存在问题进行了研究。
4) LASAM Laser Semi C Active Missile
激光半主动式制导导弹
5) laser semi-active strapdown guidance
激光半主动捷联制导
6) laser semi-active seeking guidance
激光半主动寻的制导
1.
Influence of optical system aberration on precision of detecting target position in laser semi-active seeking guidance;
激光半主动寻的制导武器在现代战争中发挥了重大的作用。
补充资料：激光制导
利用激光跟踪、测量和传输的手段控制和导引导弹飞向目标的技术。激光器发出照射目标的激光波束，激光接收装置接收目标反射的光波，经光电转换和信息处理，得出目标的位置参数信号（或导弹与目标的相对位置参数信号），再经信号变换用以跟踪目标和控制导弹的飞行。有的激光制导系统还用激光传输控制导弹的指令。激光制导可用于寻的制导系统和波束制导系统。用于半主动寻的制导系统和波束制导系统时，为了跟踪目标，在载机上往往还配备光学瞄准系统（如瞄准镜等）。激光制导的优点是：既能测角也能测距，有较高的测量精度，抗干扰能力强。激光制导的缺点是：易被云、雾、烟或雨等吸收，在大气层内使用时受到气象条件的限制，不能全天候使用；激光能源的功率有限，因而制导的作用距离受到一定限制。此外，由于波束窄，搜索跟踪也较为困难。因此激光技术常与红外、电视、光学或微波等技术结合使用。激光制导已在激光半主动寻的制导和激光波束制导的空地导弹和地空导弹中得到应用。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条