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地基雷达是探测高超音速巡航导弹的主要装备,合理地部署地基雷达是抗击高超音速巡航导弹的基本前提。首先考虑了地球曲率影响下的地基雷达最大探测距离,在此基础上提出了预警雷达离拦截系统最小距离的计算方法,建立了接力跟踪时相邻跟踪雷达配置间距的计算方法,最后采用算例对该方法进行了验证,得到了有益的结论。该方法对科学部署地基雷达,有效抗击高超音速巡航导弹,具有指导意义。
Ground-based radar is the main equipment for detecting hypersonic cruise missiles. The rational deployment of ground-based radars is a basic prerequisite for the fight against hypersonic cruise missiles. Firstly, the maximum detection distance of ground-based radar under the influence of the earth’s curvature is considered. Based on this, the calculation method of the minimum distance of the radar from the intercepting system is proposed, and the calculation method of the distance between adjacent tracking radar receivers is established. Finally, The method has been validated, and beneficial conclusions have been obtained. The method is of guiding significance for the scientific deployment of ground-based radar and effective anti-hypersonic cruise missiles.