In this paper, the experimental setup and the improvements required to obtain further
measurements for the third opus of the Fresnel Database are presented. The most original …

In this paper we present an overview of light scattering experiments devoted to measure one
or more elements of the scattering matrix as functions of the scattering angle of ensembles of …

Context. The internal structure of small Solar System bodies (SSSBs) is still poorly
understood, although it can provide important information about the formation process of …

In microwave or optical wave imaging set-ups, the measured scattered field is usually not
linearly linked to the target parameter of interest. To reconstruct the latter, nonlinearized or …

One of the strengths of Institut Fresnel in Marseille, France, is the tight coupling which exists
between experiments and theory. This is how the idea came about, inspired by the Ipswich …

We present a variation of the electric-field volume integral equation (VIE) for
inhomogeneous media that is tailored for microwave S-parameter measurements. The …

This paper deals with the reconstruction of three-dimensional targets from experimental
multiple-frequency data measured in the anechoic chamber of the Institut Fresnel (Marseille …

We present the results of a free-space microwave inverse scattering algorithm and
experiment. The inversion algorithm is based on the Born iterative method but with a new …

Measurement accuracy is a key point when dealing with microwave scattering
measurements of 3-D targets. This is even more drastic when the targets are small …

A method to determine a distribution of a finite number of elementary dipoles that reproduce
the radiation behavior of the antenna under test (AUT) from truncated spherical field …