【摘要】 在分析机载激光武器(ABL)战技术指标和作战过程的基础上,建立了机载激光武器仿真系统,该系统由弹道导弹、载机、测距激光、跟瞄系统、激光大气传输和高能激光毁伤评估模块组成。重点研究了机载激光武器的建模,包括测距激光探测概率计算、复合轴跟瞄系统设计、大气对激光造成的衰减和扩散以及高能激光毁伤计算等。最后,搭建了仿真系统进行反导拦截试验,从攻防两方面对影响机载激光武器毁伤效果的主要因素进行了分析,并给出了仿真结果。该仿真系统可以为机载激光武器反导效能的分析评估提供平台和依据。更多还原

【Abstract】 Based on the analysis of the main tactical/technical index and combating process of airborne laser(ABL) weapon,an ABL simulation system was established.The simulation system was composed of ballistic missile,aircraft of ABL,ranging laser,tracking and pointing module,laser atmosphere propagation module and high energy laser damage assessment module.Firstly,the flow of ABL weapon simulation was proposed and then the analysis of modules was performed with emphasis on modeling process of ABL weapon,including the detection probability calculation of ranging laser,the design of composite axis tracking and pointing system,the attenuation and diffusion calculation of laser propagation and damage evaluation of high energy laser.Finally,anti-missile interception simulation experiments were performed.The key factors which affected damage effect of ABL were analyzed from attacker/defender side.The simulation system can provide reference and basis for the analysis and evaluation of the ABL anti-missile efficiency.更多还原