As all the physical quantities describing such a system are spherical tensors, it is shown that homogeneity and isotropy imply for the cross-correlation functions such conditions that they can be written with only standard spherical functions and a few scalar functions in which the whole physical information is included. The two limiting cases of a system with many independent defects and of a polycrystal, Gauss and Poisson limits, are discussed.Considérant que toutes les grandeurs physiques utiles à la description d'un tel système sont des tenseurs sphériques, il est démontré que les hypothèses d'homogénéité et d'isotropie statistiques imposent à leurs fonctions de corrélation spatiales croisées de telles contraintes que ces dernières s'ex...
A fluid of hard spherocylinders serves as a simple model system for Liquid Crystals. Within classic...
We give an exact analysis of the configurationally averaged Green functions for a random tight-bindi...
Cette thèse porte principalement sur deux types de systèmes désordonnés, à savoir les verres de spin...
As all the physical quantities describing such a system are spherical tensors, it is shown that homo...
AbstractWe illustrate the connection between homogeneous perturbations of homogeneous Gaussian rando...
This Note presents the resolution of a differential system on the plane that translates a geometrica...
This Note presents the resolution of a differential system on the plane that translates a geometrica...
Our research group will consider the study of the statistical mechanics properties, especially at eq...
This work uses a simple model to understand the properties of isoscaling. Using a generalized percol...
In this paper we provide some simple characterizations for the spher-ical harmonics coefficients of ...
International audienceA few examples of disordered systems are described and the problem of averagin...
In this paper we provide some simple characterizations for the spherical harmonics coefficients of a...
We report a new type of restoration of macroscopic isotropy (homogenization) in fractals with micros...
On montre comment l'énergie libre peut s'écrire comme une fonction de la fonction de distribution à ...
We calculate the helicity modulus \Upsilon(T ) of a complex disordered spherical manifold in D spati...
A fluid of hard spherocylinders serves as a simple model system for Liquid Crystals. Within classic...
We give an exact analysis of the configurationally averaged Green functions for a random tight-bindi...
Cette thèse porte principalement sur deux types de systèmes désordonnés, à savoir les verres de spin...
As all the physical quantities describing such a system are spherical tensors, it is shown that homo...
AbstractWe illustrate the connection between homogeneous perturbations of homogeneous Gaussian rando...
This Note presents the resolution of a differential system on the plane that translates a geometrica...
This Note presents the resolution of a differential system on the plane that translates a geometrica...
Our research group will consider the study of the statistical mechanics properties, especially at eq...
This work uses a simple model to understand the properties of isoscaling. Using a generalized percol...
In this paper we provide some simple characterizations for the spher-ical harmonics coefficients of ...
International audienceA few examples of disordered systems are described and the problem of averagin...
In this paper we provide some simple characterizations for the spherical harmonics coefficients of a...
We report a new type of restoration of macroscopic isotropy (homogenization) in fractals with micros...
On montre comment l'énergie libre peut s'écrire comme une fonction de la fonction de distribution à ...
We calculate the helicity modulus \Upsilon(T ) of a complex disordered spherical manifold in D spati...
A fluid of hard spherocylinders serves as a simple model system for Liquid Crystals. Within classic...
We give an exact analysis of the configurationally averaged Green functions for a random tight-bindi...
Cette thèse porte principalement sur deux types de systèmes désordonnés, à savoir les verres de spin...