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Microwave systems are becoming powerful tools for imaging applications. In fact, when designed by taking into account the full scattering phenomena, they are able to directly provide information about the physical properties of the target under test. In this paper, the possibility of detecting metallic inclusions inside dielectric objects is assessed by using a prototype of a microwave axial tomograph,...
In this paper, the development of a microwave axial tomograph for the inspection of dielectric materials is discussed. In particular, hardware and software solutions are pointed out. An experimental bistatic imaging setup is described. Moreover, the results of several forward-scattering simulations, which are aimed at defining suitable working conditions, are reported. Finally, to invert the collected...
In this keynote lecture some recently proposed approaches to microwave imaging for medical and industrial applications are discussed. The paper is focused on inverse scattering based techniques, mainly two-dimensional procedures, which can be categorized as qualitative and quantitative methods. Hybrid approaches are also discussed.
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