This book presents an overview of nanostructure determination and ways to find
relationships to the electronic and optical properties. The methods described can be applied …

A method is presented to calculate the scattering of light by a plane of metallic spheres
embedded in a dielectric host material. The formalism is an extension of the methods which …

The authors present a method for the calculation of the scattering of light by a periodic two-
dimensional array of spherical particles adsorbed on a uniform dielectric slab. Multiple …

We develop a simple theory for the macroscopic dielectric function of a system of identical
spheres embedded in a homogeneous matrix within the dipolar long-wavelength …

Cette revue est tirée de la thèse de Berthier préparée au Laboratoire d'Optique des Solides,
Université P. et M. Curie, ainsi que des travaux qui lui font suite (thèse en préparation de …

We have obtained an analytical solution of Maxwell's equations for a dielectric system of
spherical particles in a medium. The system is placed between two parallel electrode plates …

A phenomenological model for the optical response of composite materials with metallic
nanoparticles is presented. This model applies the conventional effective medium theories …

We formulate a diagrammatic approach for the calculation of the macroscopic dielectric
response of a collection of spheres at random positions and embedded in a homogeneous …

We generalize the concept of renormalized polarizability introduced in a recently developed
effective-medium theory to the case of polydispersed composites. We deal with a …

A systematic approach for treating correlations and multipolar effects in particulate matter is
proposed. The method consists of an iterative extension of the Maxwell-Garnett (MG) mean …