驱护舰编队舰空导弹低空反导杀伤区研究  

On Low-Altitude Anti-Missile Kill Zone of Ship-to-Air Missile Based on the Ship Formation

作　　者：聂心东[1] 姜文志[1] 刘涛[1] 

机构地区：[1]海军航空工程学院,山东烟台264001

出　　处：《电光与控制》2009年第9期20-23,共4页Electronics Optics & Control

基　　金：国防预研基金项目(HG108040402)

摘　　要：舰空导弹武器系统杀伤区低界是舰空导弹低空反导作战能力的重要指标。在舰舰协同制导下,首先通过建立舰空导弹抗击反舰导弹的拦截模型,通过仿真,得到大量的拦截遭遇点数据;然后分别拟合出各舰制导下舰空导弹杀伤区低界,最后在同一坐标系内综合得到舰舰协同制导下舰空导弹杀伤区低界。对比仿真结果,得出舰舰协同制导下比单舰制导下航路捷径增加了35%,杀伤区低界的纵深显著增加的结论,为驱护舰编队低空反导作战指挥决策提供了较好的理论依据。The low boundary of ship-to-air missile weapon system kill zone describes the capability of ship- to-air missile in intercepting low-altitude targets, which is an important index for its antimissile capability. The interception model of the ship-to-air missile against anti-ship missile is established based on ship-by- ship coordinated guidance. A large amount of interception point data are obtained through simulation. Then the low boundary of ship-to-air missile kill zone guided by each warship is respectively drawn up. Finally, the low boundary of ship-to-air missile kill zone through ship-by-ship coordinated guidance is obtained by synthesizing in the same coordinate system. The simulation result shows that： compared with single-ship guidance, the ship-by-ship coordinated guidance can increase course shortcut by 35%, boundary depth of kill zone is increased remarkably. It provides a theoretic reference for battle decision-making of the warship formation in intercepting anti-ship missile at low altitude. and the low commanding

关 键 词：驱护舰编队 舰空导弹 反舰导弹 协同制导 杀伤区低界 

分 类 号：V271.4[航空宇航科学与技术—飞行器设计] TJ761.7[兵器科学与技术—武器系统与运用工程]