六光束脉冲激光探测定向战斗部最佳起爆方位角研究

Study on the Optimum Detonating Azimuth of Six Laser Range-Finder for Aimed Warhead

为能够利用配备定向战斗部的防空火箭弹有效打击武装直升机,对六光束脉冲激光探测控制战斗部定向起爆进行了研究.根据激光探测系统所能获得的信息,建立了定向战斗部最佳起爆方位角的数学模型,并利用Matlab进行仿真.仿真结果表明,利用六光束激光探测系统所提供的信息能够确定火箭弹定向战斗部的最佳起爆方位角,为火箭弹研制奠定了理论基础.

To effectively attack the armed helicopter using rocket with aimed warhead,six laser range-finders were applied to realize detonation control of aimed warhead,and a new mathematic model of calculating the optimum detonating azimuth by analyzing the information provided by laser range-finders was set up.Simulation results were presented to demonstrate the effective and feasibility of the proposed method when the armed helicopter was target.This analysis method provides a theoretical foundation for developing air defense rocket.