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Subsurface imaging technique using simultaneous reconstruction of amplitude and phase profiles

机译:使用幅度和相位轮廓的同时重建的地下成像技术

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Results of further development of a new two-parameter microwave imaging method for both detection and discrimination of subsurface targets are presented. The method is based on the derivation of two B-scans from the initial B-scan data, separately for amplitude and phase. Then, these two B-scans are combined in a common image using a rule that the amplitude data governs intensity of the pixels whereas phase data determines their colors. In this work, a modified technique of building the B-scan in phase is presented. The modified technique accounts better for the frequency dependence of the wave reflected from buried object that may be caused by dispersion of surrounding medium or variation of directivity of the antenna system versus frequency. Advantages of the modified method are demonstrated in experimental examples.
机译:提出了进一步开发用于检测和识别地下目标的新型两参数微波成像方法的结果。该方法基于从初始B扫描数据中分别针对幅度和相位得出两个B扫描。然后,使用振幅数据支配像素的强度而相位数据确定其颜色的规则,将这两个B扫描组合到一个公共图像中。在这项工作中,提出了一种改进的建立B扫描同相的技术。改进的技术可以更好地解决从埋入物体反射的波的频率依赖性,这可能是由于周围介质的分散或天线系统的方向性随频率变化而引起的。实验实例证明了改进方法的优点。

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