制导与发射分离的协同防空杀伤区模型与仿真

Model and Simulationon Kill Zone with Separated Guidance and Fire in Coordinated Air Defense

针对协同防空中制导平台与发射平台相分离时的杀伤区模型建立问题,分析了复杂环境下制导雷达的探测范围,研究了接力制导交接的方式及约束条件,在制导平台与发射平台相分离情况下描绘了弹目遭遇点连线方程,分别建立了交班平台和接班平台的防空导弹杀伤区范围模型,并在不同初始条件下进行仿真校验,仿真结果表明,制导与发射分离的防空部署可增大主要拦截方向的拦截纵深,扩大了杀伤区范围,所建立的杀伤区模型有效可行。

Aiming at the establishment of the kill zone model when the cooperative air defense guidance platform is separated from the fire platform,the detection range of the guidance radar under complex environment is analyzed,and the mode and constraint conditions of the relay guidance are studied.In the case of the separation of the guidance platform form fire platform,the link equations of the impact encounter points are depicted,and the range model of the air defense missile kill zone for the shift platform and succession platform is established respectively,and simulation verification is performed under different initial conditions.The simulation results show that the air defense deployment with guidance and fire separation can increase the depth of interception in the main interception direction,and expand the scope of the kill zone.The established range model of the kill zone is effective and feasible.