摘要
基于某激光制导武器（1．064μm）的数学仿真平台，提出了烟幕对抗激光制导武器的仿真方法；研究了烟幕的干扰效果；给出了典型战场气象环境和3种典型投弹方式下不同透过特性（T=0％-100％）的烟幕对抗激光制导武器的仿真结果，对烟幕干扰效果进行了定量分析。仿真结果表明，当烟幕透过率T〉69％时，对激光制导武器的制导无影响；当烟幕透过率T〈15％时，对激光制导武器的制导有严重影响，致使激光制导武器飞行发散。
Countermeasure simulation means of smoke screen countering laser guided weapon based on certain laser guided weapon （1. 064μm）digital simulation platform was presented. The simulation results of the smoke screen＇s countering laser guided weapon under typical weather environment and different transmissivity（ T = 0% - 100% ）of 3 bomb release modes were given, and the value of smoke screen interference in battle field was analyzed quantitatively. The simulation results indicate that the proposed method is feasible for the smoke screen interference effect checking. For the present seeker＇s performance, the present smoke screen shape, when the transmissivity is more than 69% , the precision of laser homing guidance wouldn＇t be influenced; when it is less than 15% , the precision would be influenced seriously and the simulation diverge.
出处
《含能材料》
EI
CAS
CSCD
2006年第3期209-214,共6页
Chinese Journal of Energetic Materials
基金
国家技改工程基金资助(JGD17KS01007)
关键词
物理化学
烟幕
发烟剂
干扰
透过率
LOWTRAN7
仿真
激光制导
physical chemistry
smoke screen
smoke agent
interference
transmissivity
LOWTRAN7
simulation
laser guidance
