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未来的20年间,美国的高能激光武器将陆续进入部署阶段。针对定向能武器之一的激光武器具有巨大作战优势,在分析高能激光武器的作战机理基础上,对弹道导弹壳体被高能激光照射时的影响因素进行研究分析,建立了计算高能激光武器毁伤来袭导弹所需时间模型,并具体地对作战中弹道导弹的弹体壳体、弹头壳体被连续波照射进行毁伤计算分析。以上模型作为评估高能激光武器作战效力的一种方法,为高能激光武器拦截弹道导弹提供了参考。
In the next 20 years, the U.S. high-energy laser weapons will gradually enter the deployment phase. The laser weapon targeting one of the directed weapons has great operational advantages. Based on the analysis of the operational mechanism of the high-energy laser weapon, the influencing factors of the ballistic missile shell irradiated by high-energy laser are studied and analyzed. Hit the missiles required time model, and specifically the body of the ballistic missile in the operation of shells, warhead shells were continuous wave irradiation damage calculation and analysis. The above model as a method of evaluating the operational effectiveness of high-energy laser weapons provides a reference for high-energy laser weapons to intercept ballistic missiles.