ABSTRACT
It is well known [1-4] that the field scattered by a target illuminated by a UWB pulse contains a lot of information about high-resolution imaging for localization and identification of diffracting centers of the target under investigation (based on the methods of diffraction tomography described in Section 14.3.3); dispersive features of the media surrounding such an object and the corresponding resonances of its “response” to radiation in the frequency domain; and polarization characteristics, which can be useful in detecting and identifying the object [5-13].
