In this paper, we provide a review of the different approaches used for target decomposition
theory in radar polarimetry. We classify three main types of theorem; those based on the …

A discrete random medium is an object in the form of a finite volume of a vacuum or a
homogeneous material medium filled with quasi-randomly and quasi-uniformly distributed …

This volume provides a thorough treatment of multiple scattering of light and other
electromagnetic radiation in media composed of randomly and sparsely positioned particles …

We consider the application of the general theory of unitary matrices to problems of wave
scattering involving polarized waves. Haying outlined useful parameterizations of the low …

Spatial correlation among densely packed particles can substantially change their single-
scattering properties, thus making questionable the applicability of the independent …

Although neglecting polarization and replacing the rigorous vector radiative transfer
equation by its approximate scalar counterpart has no physical background, it is a widely …

We use the numerically exact superposition T-matrix method to perform extensive
computations of electromagnetic scattering by a 3D volume filled with randomly distributed …

Abstract Novel Monte Carlo techniques are described for the computation of reflection
coefficient matrices for multiple scattering of light in plane-parallel random media of …

The nature of the unusually narrow photometric and polarization opposition effects exhibited
by Saturn's A and B rings is examined using a theory and results of laboratory …

Enhanced backscattering of polarized light by disordered media composed of independently
scattering particles of arbitrary size and shape is studied theoretically. Rigorous relations …