存在质心干扰情况下，普通单脉冲雷达将跟踪干扰与目标的能量重心。
The conventional monopulse radar will track a power weighted centroid of target and be interfered when centroid-interference is present.
存在质心干扰情况下，普通单脉冲雷达将跟踪干扰与目标的能量重心。
The conventional monopulse radar will track a power weighted centroid of target and be interfered when troid-interference is present.
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。
Monopulse radar is widely used for its high Angle measurement and powerful anti-jamming performance.
在单脉冲雷达中，和差通道接收机的幅度和相位影响单脉冲雷达的测角精度。
In monopulse radars, the amplitude and phase of sum and difference channels have influence over Angle measurement accuracy.
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。
It is hard to distinguish the multiple targets located in one resolution cell and the same beam with normal monopulse radar.
分析了单脉冲雷达跟踪过航捷目标丢失的原因。首次提出了接收机互动态范围的概念。
This paper analyzes the possible reasons of monopulse radar losing targets at approach point. It is the first time that the concept of receiver mutual dynamic range is proposed.
工作在宽频及恶劣环境条件下的单脉冲雷达，和差通道的幅度和相位会发生严重漂移。
Operating in bad environments and wide band conditions, the amplitude and phase of monopulse sum and difference channels may drift severely.
本文在分析单脉冲雷达角跟踪系统工作原理的基础上，介绍了闪烁干扰的分类和干扰效能。
Based on the analysis of the principle of Angle tracking system of monopulse radars, the categories and efficiencies of blinking jamming are described.
本文在分析单脉冲雷达角跟踪系统工作原理的基础上，介绍了闪烁干扰的分类和干扰效能。
This paper described the principle of monopulse radars Angle tracking system simply, and introduced the methods of Angle deception to monopulse radar.
本文简述了单脉冲雷达角跟踪系统的工作原理，介绍了对单脉冲雷达进行角度欺骗的常用方法。
This paper described the principle of monopulse radars Angle tracking system simply, and introduced the methods of Angle deception to monopulse radar.
本文简述了单脉冲雷达角跟踪系统的工作原理，介绍了对单脉冲雷达进行角度欺骗的常用方法。
This paper described the principle of Monopulse radar's angle tracking system simply, and introduced the methods of angle deception to monopulse radar.
本文提出的方法有效地提高了微弱信号检测输出的信噪比，大幅增加了单脉冲雷达的跟踪距离。
In the paper, the proposed method effectively improves the output noise ratio of the weak signal detection, and increases the monopulse radar tracking range a lot.
该方法利用单脉冲雷达空间双路接收的特点，采用时-空二维联合处理的方法对回波信号进行处理。
This method utilizes the multiple receiver of monopulse tracking radar, and adopts the time-space processing method to process the echo.
阐述了校飞模拟器在雷达研制及试验过程中的作用。介绍了单脉冲雷达校飞模拟器的软硬件功能概况。
This paper presents the use of flighttesting simulator in radar design and experiment, and describes a brief of hardware and software functions in flighttesting simulator of monopulse radar.
给出了单脉冲雷达数字接收机和差三通道幅相不平衡的一种校正方法，介绍了这种方法在实际雷达系统中的应用。
A correction method of amplitude-phase imbalance for digital receiver of a monopulse radar is presented, and its application in a real radar system is introduced.
单脉冲雷达接收机用于对特定目标跟踪。信号分选识别用于在复杂的多信号环境中选择特定的目标，引导导引头对目标的跟踪。
The monopulse radar receiver is used to track the desired target and the processor to separate and directs the seeker to the target in multiple signal environment.
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。
A complete simulation model for target tracking of a monopulse radar that works at low elevation angles with ground reflection multipath is given.
离线校正的方法是现阶段单脉冲雷达系统进行和差通道幅相校正采用的主要方法，它通过注入测试信号的方法来得到对误差接收通道幅相特性的估计。
The former one is now widely used in the monopulse system to calibrate the amplitude and phase imbalances between the sum and difference channels by injecting test signals.
介绍在具有和差波束的雷达中采用波瓣压缩技术提高雷达分辨能力的原理，以及采用该压缩技术后的压缩效果，最后给出该技术在幅度和差单脉冲雷达中的工程实现方。
The paper presents the principle of enhancing the resolution ability for the radar with sum-difference beam and the compression result by using the lobe compression technique.
介绍在具有和差波束的雷达中采用波瓣压缩技术提高雷达分辨能力的原理，以及采用该压缩技术后的压缩效果，最后给出该技术在幅度和差单脉冲雷达中的工程实现方。
The paper presents the principle of enhancing the resolution ability for the radar with sum-difference beam and the compression result by using the lobe compression technique.
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