The influence of clustering effects on the susceptibility of composed materials is considered by means of a generalized method of integral equations in the case of a two component medium. For the tust time the discrete character of the impurities and of the host medium are both taken into account. We have shown that the clustering of the impurities influences the susceptibility of the composite material in all mixtures except for the case when the host medium is a vacuum. The developed approach may be applied to artificial magnetic materials and to photonic band-gap structures in the long wavelength limit. © 1998 IEEE.345 PART 130403043Maxwell, J.C., Gamett, Hülos. Trans. R. Soc. , London, 203,385, , 1904Loremz, Theory of Electrons, 2nd Ed....
We extend the Green's function formalism in a binary 2D composite to 3D. Using the formalism, we inv...
We investigate the dielectric resonance, local field distribution and effective optical response in ...
Composite materials, i.e, mixtures of two or more materials, are commonly used in industry, because ...
We study different effective medium theories for describing the optical behaviour of composites cons...
We extend the Green's function formalism in a binary 2D composite to 3D. Using the formalism, w...
Composite metamaterials are periodic metal-dielectric structures operating at wavelengths larger tha...
This thesis is to develop the macroscopic behavior of highly contrasted composite materials in an el...
Optical properties of submicron size particles and other nanostructures are determined by two differ...
It is well known that the optical response of a medium depends on the local field acting on an indiv...
International audienceA numerical simulation was developed in order to determine the linear optical ...
We have investigated the optical response of two clusters in an infinite random conductance network ...
We analyze the effect of microscopic disorder on macroscopic properties of composite metamaterials; ...
The central problem in predicting the dielectric behavior of heterogeneous materials (like, e.g., co...
The purpose of this book is to highlight the relevance of the general integral properties of suscept...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 1997.In composite materials the elect...
We extend the Green's function formalism in a binary 2D composite to 3D. Using the formalism, we inv...
We investigate the dielectric resonance, local field distribution and effective optical response in ...
Composite materials, i.e, mixtures of two or more materials, are commonly used in industry, because ...
We study different effective medium theories for describing the optical behaviour of composites cons...
We extend the Green's function formalism in a binary 2D composite to 3D. Using the formalism, w...
Composite metamaterials are periodic metal-dielectric structures operating at wavelengths larger tha...
This thesis is to develop the macroscopic behavior of highly contrasted composite materials in an el...
Optical properties of submicron size particles and other nanostructures are determined by two differ...
It is well known that the optical response of a medium depends on the local field acting on an indiv...
International audienceA numerical simulation was developed in order to determine the linear optical ...
We have investigated the optical response of two clusters in an infinite random conductance network ...
We analyze the effect of microscopic disorder on macroscopic properties of composite metamaterials; ...
The central problem in predicting the dielectric behavior of heterogeneous materials (like, e.g., co...
The purpose of this book is to highlight the relevance of the general integral properties of suscept...
Thesis (Ph. D.)--University of Rochester. Institute of Optics, 1997.In composite materials the elect...
We extend the Green's function formalism in a binary 2D composite to 3D. Using the formalism, we inv...
We investigate the dielectric resonance, local field distribution and effective optical response in ...
Composite materials, i.e, mixtures of two or more materials, are commonly used in industry, because ...