The complete set of fluctuation formulae for the partial densities, the pressure and the energy density of a multi-component ionic mixture is derived from equilibrium statistical mechanics. Sum rules for the pair correlation functions are used to write the fluctuation formulae in terms of thermodynamical quantities
The method developed in a previous paper [R. Mazo, J. Chem. Phys. 129, 154101 (2008)] for extracting...
Several methods to derive thermodynamic sum rules for a system including charged particle are propos...
Based on the well-known concepts of statistics of nearest neighbors in a lattice and on the BethePei...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
The complete set of second-moment sum rules for the correlation functions of arbitrarily high order ...
General expressions relating the effects of pressure, temperature, and composition on solute associa...
This paper proposes a general semi-empirical expression for the correlation function g(y) in the one...
The correlations in classical multi-component ionic mixtures with a spatial dimension d >= 2 are stu...
The complete set of fluctuation formulae for the density, the pressure and the energy density of a o...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
Use of a quadratic mixing rule in the Parameters from Group Contributions Equation of State increase...
Fluctuation relations have been developed over the past decade, which describe the statistical fluct...
The major goal of the project was to study the effect of critical fluctuations on the thermophysical...
Basic formulas for the two-time correlation functions are derived using the Poisson representation m...
The method developed in a previous paper [R. Mazo, J. Chem. Phys. 129, 154101 (2008)] for extracting...
Several methods to derive thermodynamic sum rules for a system including charged particle are propos...
Based on the well-known concepts of statistics of nearest neighbors in a lattice and on the BethePei...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
The complete set of second-moment sum rules for the correlation functions of arbitrarily high order ...
General expressions relating the effects of pressure, temperature, and composition on solute associa...
This paper proposes a general semi-empirical expression for the correlation function g(y) in the one...
The correlations in classical multi-component ionic mixtures with a spatial dimension d >= 2 are stu...
The complete set of fluctuation formulae for the density, the pressure and the energy density of a o...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
Use of a quadratic mixing rule in the Parameters from Group Contributions Equation of State increase...
Fluctuation relations have been developed over the past decade, which describe the statistical fluct...
The major goal of the project was to study the effect of critical fluctuations on the thermophysical...
Basic formulas for the two-time correlation functions are derived using the Poisson representation m...
The method developed in a previous paper [R. Mazo, J. Chem. Phys. 129, 154101 (2008)] for extracting...
Several methods to derive thermodynamic sum rules for a system including charged particle are propos...
Based on the well-known concepts of statistics of nearest neighbors in a lattice and on the BethePei...
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