目标转速对RCS测量的影响研究

Xin Liu, Feiliang Liu, Yingnan Zhang
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引用次数: 0

摘要

雷达截面(RCS)测量是武器装备隐身性能定量评价的重要手段。为了实现整体目标的RCS,采用软件控制旋转角度的方式,在测试中记录目标在相应角度的RCS。对于,不同的目标根据其大小和测量频率设置了完全不同的转速。分析了目标的转速、尺寸和测量频率之间的关系。然后,提出了一种选择转速的方法。通过实验验证了这一结果。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Study on Influence of Targets' Rotation Speed on the RCS Measurement
Radar Cross Section (RCS) measurement is an important means of quantitative evaluation of weapon equipment's stealth performance. To achieve overall targets' RCS, the way of software control rotation angle is applied to record targets' RCS in the corresponding angle on test. With regards to, the different targets set in a completely different rotation speed according to its size and measure frequency. In the paper, the relation of rotation speed, size and measure frequency of targets are analyzed. Then, a method of choosing rotation speed is purposed. The result is verified through some experiment.
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