舰载激光武器毁伤能力的建模与仿真

Modeling and Simulation on Damage Ability of Shipborne Laser Weapon

随着舰载激光武器的不断发展,利用激光武器防御反舰导弹成为了一种重要手段。现有的激光武器毁伤效果模型较为简单,与实际应用存在一定差距。通过分析激光在大气中的传输特性,结合实际应用中存在的跟踪误差,建立了一种激光武器功率密度模型。通过仿真,分析了跟踪误差对功率密度的影响,为今后制定激光武器使用策略提供参考依据。

With the continuous development of laser weapons,laser weapons have been used as an important device to defend anti-ship missiles.The existing simulation model of laser weapons is relatively simple,there is a huge error between the simulation results and actual results.Based on the analysis of the atmospheric transmission characteristics of laser,the article establishes a power density model combining the tracking error in parctical applications.The article concluded the effect of tracking accuracy on power density by analysing the simulation results,and provided a reference for the future strategy to use laser weapons.