A number of representative techniques for analyzing frequency-selective surfaces (FSSs),
which comprise periodic arrays of patches or apertures in a conducting screen and find …

We discuss the problem of the reconstruction of the profile of an inhomogeneous object from
scattered field data. Our starting point is the contrast source inversion method, where the …

This paper describes a simple algorithm for reconstructing the complex index of refraction of
a bounded object immersed in a known background from a knowledge of how the object …

We discuss the problem of the reconstruction of the profile of a bounded object from
scattered field data. Inspired by the successful implementation of the minimization of total …

The seismic applications of the reciprocity theorem developed in this book are partly based
on lecture notes and publications from Professor de Hoop. Every student Professor de Hoop …

A method for reconstructing the complex index of refraction of a bounded two-dimensional
inhomogeneous object of known geometric configuration from measured scattered field data …

The problem of electromagnetic scattering by a three-dimensional dielectric object can be
formulated in terms of a hypersingular integral equation, in which a grad-div operator acts on …

A microwave tomographic scanner for biomedical applications is presented. It consists of a
64-element circular array with a useful diameter of 20 cm. Electronically scanning the …

In this paper we discuss a new type of regularization technique for the nonlinear inverse
scattering problem, namely the multiplicative technique. The main advantage is that we do …

A method for reconstructing the location and the shape of a bounded impenetrable object
from measured scattered field data is presented. The algorithm is, in principle, the same as …