This paper proposes a general semi-empirical expression for the correlation function g(y) in the one-component plasma and the two-ionic component plasma cases. The results, in good agreement with Monte Carlo simulations, are deduced from an analytic expression. This formulation permits extensive calculations for ionic mixtures without prohibitive calculation times.Dans cet article une expression générale semi-empirique de la fonction de corrélation g(y) est proposée dans le cas des plasmas à une composante ainsi que des plasmas à deux composantes ioniques. Les résultats, en bon accord avec les calculs de Monte Carlo, sont déduits d'une expression analytique. Cette formulation permet d'entreprendre des calculs pour des mélanges d'ions avec d...
By eliminating the short range negative divergence of the Debye-Huuckel pair distribution function, ...
A general class of approximate expressions for the pair correlation function of a classical one-comp...
The authors generalize the Golden-Kalman one-component-plasma (OCP) nonlinear-response-function appr...
This paper proposes a general semi-empirical expression for the correlation function g(y) in the one...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
We derive a new set of sum rules for the equilibrium correlations of the classical one-component pla...
Il est bien connu que dans un plasma à pression suffisamment basse les électrons et les ions peuvent...
The correlations in classical multi-component ionic mixtures with a spatial dimension d >= 2 are stu...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
The complete set of fluctuation formulae for the partial densities, the pressure and the energy dens...
The complete set of second-moment sum rules for the correlation functions of arbitrarily high order ...
The autocorrelation function for the velocity and for the electric microfield of an impurity ion in ...
The semiclassical dynamics of a charged particle moving in a two-component plasma is considered usin...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
The expression for the fourth frequency moment of current correlation function in a two-component fl...
By eliminating the short range negative divergence of the Debye-Huuckel pair distribution function, ...
A general class of approximate expressions for the pair correlation function of a classical one-comp...
The authors generalize the Golden-Kalman one-component-plasma (OCP) nonlinear-response-function appr...
This paper proposes a general semi-empirical expression for the correlation function g(y) in the one...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
We derive a new set of sum rules for the equilibrium correlations of the classical one-component pla...
Il est bien connu que dans un plasma à pression suffisamment basse les électrons et les ions peuvent...
The correlations in classical multi-component ionic mixtures with a spatial dimension d >= 2 are stu...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
The complete set of fluctuation formulae for the partial densities, the pressure and the energy dens...
The complete set of second-moment sum rules for the correlation functions of arbitrarily high order ...
The autocorrelation function for the velocity and for the electric microfield of an impurity ion in ...
The semiclassical dynamics of a charged particle moving in a two-component plasma is considered usin...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
The expression for the fourth frequency moment of current correlation function in a two-component fl...
By eliminating the short range negative divergence of the Debye-Huuckel pair distribution function, ...
A general class of approximate expressions for the pair correlation function of a classical one-comp...
The authors generalize the Golden-Kalman one-component-plasma (OCP) nonlinear-response-function appr...