对于距离旁瓣，在单目标情况下，其影响小些。
The range sidelobes have little impact on detecting ability under the single target's circumstances.
系统失真将导致雷达距离像的展宽，并产生距离旁瓣。
The effect of system distortion on range profile of wide-band radar is analyzed, and the compensation method is discussed too.
这种信号经匹配处理后距离旁瓣很高，严重影响了雷达的性能。
However, the sidelobe of this signal after matching processing is very high, thus would greatly debase the radar's performance.
当然它也有明显的缺点就是未经处理的雷达图像距离旁瓣较高。
However, the images are plagued with artifacts caused by high range sidelobes.
当然，相位编码雷达也存在着距离旁瓣较高和多卜勒敏感等问题。
Phase-coded radar, however, has the disadvantage of higher range sidelobe and Doppler sensitivity.
仿真结果表明，该方法不仅能有效地抑制距离旁瓣，而且还能实现目标的距离-速度超分辨。
The simulation results show that the method can not only suppress the range sidelobes efficiently but also realize the range-velocity super-resolution successfully.
针对相位编码雷达距离旁瓣较高的问题，本文提出了FFT_IFFT法去除大功率信号来抑制距离旁瓣。
To solve the problem of higher range sidelobe of phase-coded radar, the method of removing big power signals with FFT_IFFT is presented in this paper.
本文分析了高扫频重复频率的确定截断FMCW信号在去斜率方式下处理高速运动目标时产生较高的距离旁瓣的主要原因。
This paper analyzes the reason why the FMCW signal determined with high sweep repetition frequency (HSRF) generates high range sidelobes in deramping processing.
对于不同的重复频率，与目标相对抗的杂波距离是不同的，因而对天线旁瓣电平的要求也不一样。
The antenna sidelobe level requirements are different for different PRFs because the ranges within which the sidelobe clutter competes with the target signal are different.
对于不同的重复频率，与目标相对抗的杂波距离是不同的，因而对天线旁瓣电平的要求也不一样。
The antenna sidelobe level requirements are different for different PRFs because the ranges within which the sidelobe clutter competes with the target signal are different.
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