This paper analyzes the possible reasons of monopulse radar losing targets at approach point.

分析了单脉冲雷达跟踪过航捷目标丢失的原因.

All analysis and conclusions build on monopulse radar and high signal - to - noise ratio hypothesis.

所有结论及分析都是在高信噪比假设下针对单脉冲测角体制而言的.

Monopulse radar is widely used for its high angle measurement and powerful anti - jamming performance .

摘要单脉冲雷达因其测角精度高, 抗干扰能力强,使其得到了广泛的应用.

Moreover, it has generality for this analysis method, this is to say, it is also used for single-plane monopulse radar.

另外，该分析方法还具有一般性，即也可应用于单个平面的情况。

It is hard to distinguish the multiple targets located in one resolution cell and the same beam with normal monopulse radar.

常规单脉冲雷达对落在同一距离单元、同一波束内的多个目标是难以区分的。

A complete simulation model for target tracking of a monopulse radar that works at low elevation angles with ground reflection multipath is given.

首先给出了某单脉冲雷达低仰角多路径效应一个完整的仿真模型，包括：多路径传播几何模型、雷达天线模型、跟踪误差模型。

Sum and difference patterns of amplitude dual-plane monopulse radar is more widely paid attention to using because that it doesn't need to have strict receive channel.

而对于接收支路要求不太严格的双平面振幅和差式单脉冲雷达，更是备受青睐。