比例导引下的舷外高功率微波平台作战使用仿真研究
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摘要
针对舷外高功率微波平台可以实现舷外有源干扰以及高功率微波电磁毁伤两种作战样式,构建了舷外高功率微波平台反导作战基本流程,建立了其反导作战仿真模型,分析了影响舷外有源干扰有效辐射时间和高功率微波电磁毁伤前门耦合脉冲功率的作战要素。仿真结果表明:在已知比例导引系数和导弹速度的情况下,存在最优的平台布设方向、距离使得舷外有源干扰有效辐射时间最长;高功率微波电磁毁伤前门耦合脉冲功率可达MW级,且存在前门耦合最大功率的突变点。
The HPM outboard platform could be used in active decoy round and high power microwave electromagnetic damage operational modes.For the different operational modes,the basic anti-missile operational flow of off-board HPM platform is constructed.The anti-missile operational simulation model is established.The influencing factors of effectiveness radiation operational time in active decoy operational mode and front-door coupling pulse power in high power microwave electromagnetic operational mode of the outboard HPM platform are analyzed.Simulation experiments demonstrate that for the given proportional guidance and speed of the missile,the effectiveness radiation operational time should be based on the operational environment,such as the optimal distribution distance and distribution direction in the active decoy mode;the front-door coupling pulse power could achieve 1 MW and have mutational spots for the distribution distance and distribution direction.
The HPM outboard platform could be used in active decoy round and high power microwave electromagnetic damage operational modes.For the different operational modes,the basic anti-missile operational flow of off-board HPM platform is constructed.The anti-missile operational simulation model is established.The influencing factors of effectiveness radiation operational time in active decoy operational mode and front-door coupling pulse power in high power microwave electromagnetic operational mode of the outboard HPM platform are analyzed.Simulation experiments demonstrate that for the given proportional guidance and speed of the missile,the effectiveness radiation operational time should be based on the operational environment,such as the optimal distribution distance and distribution direction in the active decoy mode;the front-door coupling pulse power could achieve 1 MW and have mutational spots for the distribution distance and distribution direction.
引文
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[3]毛超,刘忠,邱志明,等.爆磁压缩电磁脉冲弹引战配合分析[J].弹道学报,2012,24(2):58-61.MAO Chao,LIU Zhong,QIU Zhi-ming,et al.Analysis on coordination system of fuse and warhead of electromagnetic pulse bomb with cascaded flux compression[J].Journal of Ballistics,2012,24(2):58-61.(in Chinese)
[4]肖金石,刘文化,张世英,等.爆磁压缩电磁脉冲弹的杀伤能力分析与仿真[J].弹道学报,2009,21(1):91-94.XIAO Jin-shi,LIU Wen-hua,ZHANG Shi-ying,et al.Analysis and simulation on killing ability of cascaded flux compression electromagnetic pulse bomb[J].Journal of Ballistics,2009,21(1):91-94.(in Chinese)
[5]邓杏松.舰载舷外有源诱饵干扰效果研究与分析[J].舰船电子对抗,2011,34(6):42-47.DENG Xing-song.Research and analysis of jamming effect for shipboard off-board active decoys[J].Shipboard Electronic Countermeasure,2011,34(6):42-47.(in Chinese)
[6]石章松.基于比例导引律的机动目标跟踪算法[J].弹箭与制导学报,2007,27(3):7-10.SHI Zhang-song.The study on the simulation of the maneuvering target based on proportion guide[J].Journal of Projectiles,Rockets,Missiles and Guidance,2007,27(3):7-10.(in Chinese)
[7]张志伟,金国庆,朱强华,等.天线辐射功率的时空分布仿真[J].计算机仿真,2006,23(12):78-80.ZHANG Zhi-wei,JIN Guo-qing,ZHU Qiang-hua,et al.Emulation of antenna radiant power′s time and space distribution[J].Computer Simulation,2006,23(12):78-80.(in Chinese)