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A New Polarimetric Method by Using Spatial Polarization Characteristics of Scanning Antenna

机译:利用扫描天线空间极化特性的新极化方法

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摘要

Antenna polarization states always vary with scan direction. Here this phenomenon is called spatial polarization characteristic (SPC) of antenna. Based on the single polarized radar antenna, by sufficiently utilizing of the inherent polarization property of antenna (i.e. the property that polarization state is not a constant but a function of antenna's spatial scanning direction), a novel polarization scattering matrix (PSM) measurement method is established. This method has the following advantages: (i) It does not need dual orthogonal polarization channels; (ii) the PSM of target can be obtained just by using the prior knowledge of SPC and by improving the signal processing mode of received radar signal. The modern radar systems can make use of this property in its measurement of target polarization scattering property in the searching or angle tracking stage.
机译:天线极化状态始终随扫描方向而变化。在这里,这种现象称为天线的空间极化特性(SPC)。基于单极化雷达天线,通过充分利用天线的固有极化特性(即极化状态不是恒定而是天线空间扫描方向的函数的特性),可以得到一种新颖的极化散射矩阵(PSM)测量方法。成立。该方法具有以下优点:(i)不需要双正交极化信道; (ii)仅通过使用SPC的先验知识并通过改善接收到的雷达信号的信号处理模式,即可获得目标的PSM。现代雷达系统可以在搜索或角度跟踪阶段测量目标极化散射特性时利用此特性。

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