The effect of seeker performance on guidance accuracy for using hit-to-kill technology to intercept tactical ballistic missile ( TBM ) during terminal phase is investigated. 针对末制导段采用直接碰撞动能杀伤技术的拦截弹拦截战术弹道导弹(TBM),分析了导引头分辨率、帧频和测量噪声等主要性能参数对制导精度的影响。
Effect of seeker performance on guidance accuracy for using hit-to-kill technology to intercept tactical ballistic missile 导引头性能对拦截战术弹道导弹制导精度的影响
Finally, from the simulation result, it is given the constraint relation between guidance accuracy and seeker performance for using hit-to-kill technology to intercept TBM. 根据对仿真结果的分析,给出了直接碰撞动能杀伤方式下的制导精度与导引头性能参数之间的约束关系。
First, proper initial conditions between EKV and target are the premise of hit-to-kill. 首先,初始状态分析是拦截技术研究的前提。
Using kinetic kill vehicle to intercept tactical ballistic missile ( TBM ) during terminal phase, the advantage of Divert and Attitude Control System ( DACS ) whose response time is very short is taken to improve accuracy and destroy the target by hit-to-kill technology. 在末制导段采用动能拦截器拦截战术弹道导弹,可以利用其快速响应的直接力控制技术提高命中精度,达到直接碰撞杀伤目标的目的。