舰载激光武器反导作战仿真分析

Simulation analysis of shipborne laser weapon for anti-missile combat

舰载激光武器将成为海上舰艇编队未来反导作战的利器。针对舰载激光武器反导作战问题,研究了典型反舰导弹特性以及激光反导作战的毁伤机理,并以仿真的方法对武器系统毁伤导弹的能力进行了定量分析。基于此,构建航母编队反导作战的典型场景,通过模拟仿真,进一步验证了舰载激光武器在不同状态下应对反舰导弹饱和攻击时的综合抗击能力,为实战条件下舰载激光武器的反导作战运用提供了参考。

Shipborne laser weapons will become a sharp weapon for future anti-missile warfare in naval fleets.Aiming at the problem of shipborne laser weapon anti-missile operations,the characteristics of typical anti-ship missiles and the damage mechanism of laser anti-missile operations are studied,and the ability of weapon systems to damage missiles is quantitatively analyzed by simulation.On this basis,a typical scenario of aircraft carrier formation anti-missile operations is constructed,and the comprehensive resistance capability of shipborne laser weapons in response to saturation attacks of anti-ship missiles in different states is further verified through simulation,which provides a reference for the anti-missile combat application of shipborne laser weapons under actual combat conditions.