靶弹突防有源干扰机应用及其STK仿真研究

Research on application and STK simulation of penetrating active jammer for target missile

摘要:

有源干扰机是靶弹突防系统的重要组成部分，如何应用好干扰机对于试验突防场景构建的成败起到十分关键的作用，有必要深入研究。在对突防有源干扰机工作过程与原理进行归纳总结的基础上，分析了与干扰机应用紧密相关的释放时刻、释放角度和释放速度等靶弹发射诸元，采用了卫星工具包STK对包含1枚靶弹1枚导弹和2个有源干扰机的场景进行了仿真，仿真分析时间在加速模式下可缩减至1分钟以内；利用仿真结果对靶弹发射诸元和干扰机参数的合理性进行了验证，从而为反导试验任务中突防场景构建提供技术支撑，具有良好的实用价值。

Abstract:

Active jammer is an important part of target missile penetration system. How to apply jammer well plays a key role in the success or failure of test penetration scene construction, so it is necessary to study it in depth. On the basis of summarizing the working process and principle of penetration active jammer, the target missile launch data such as release time, release angle and release speed closely related to the application of jammer are analyzed. The scene including one target missile, one missile and two source jammers is simulated by using satellite toolkit STK, Simulation analysis time can be reduced to less than 1 minute in acceleration mode; The simulation results are used to verify the rationality of target projectile launch data and jammer parameters, so as to provide technical support for the construction of penetration scene in anti missile test mission, which has good practical value.