Several methods to derive thermodynamic sum rules for a system including charged particle are proposed and applied to charged mixtures as well as one-component systems. The validity of the statements is examined carefully with respect to the ordering in the powers of the wave number. As for the mixture of electrons and ions, it is shown how the aspect of the one-component plasma or the ionic mixture appears when electrons become strongly degenerate
We combine Gibbsian method thermodynamic method for heterogeneous systems with electrostatics. The s...
For inhomogeneous classical Coulomb fluids in thermal equilibrium, like the jellium or the two-compo...
Recent developments in the classical theory of fully ionized gases and strong electrolyte solutions ...
Several methods to derive thermodynamic sum rules for a system including charged particle are propos...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
By eliminating the short range negative divergence of the Debye-Huuckel pair distribution function, ...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
There may be a link between the quantum properties of the vacuum and the parameters describing the p...
Different decompositions of the nucleon mass, in terms of the masses and energies of the underlying ...
The complete set of fluctuation formulae for the partial densities, the pressure and the energy dens...
By eliminating the short range negative divergence of the Debye–Hückel pair distribution function, b...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
It is shown that the well known sum rules for oscillator strengths for Hydrogen atom can be generali...
AbstractWe combine Gibbsian method thermodynamic method for heterogeneous systems with electrostatic...
This paper reviews various aspects of the sum rules currently used in nuclear physics. The interest ...
We combine Gibbsian method thermodynamic method for heterogeneous systems with electrostatics. The s...
For inhomogeneous classical Coulomb fluids in thermal equilibrium, like the jellium or the two-compo...
Recent developments in the classical theory of fully ionized gases and strong electrolyte solutions ...
Several methods to derive thermodynamic sum rules for a system including charged particle are propos...
Equilibrium statistical methods are used to derive sum rules for two- and three-particle correlation...
By eliminating the short range negative divergence of the Debye-Huuckel pair distribution function, ...
The grand-canonical ensemble is used to derive fluctuation formulae for the particle densities, the ...
There may be a link between the quantum properties of the vacuum and the parameters describing the p...
Different decompositions of the nucleon mass, in terms of the masses and energies of the underlying ...
The complete set of fluctuation formulae for the partial densities, the pressure and the energy dens...
By eliminating the short range negative divergence of the Debye–Hückel pair distribution function, b...
The total charge fluctuation spectrum of ionic mixtures is analyzed on the basis of the solution of ...
It is shown that the well known sum rules for oscillator strengths for Hydrogen atom can be generali...
AbstractWe combine Gibbsian method thermodynamic method for heterogeneous systems with electrostatic...
This paper reviews various aspects of the sum rules currently used in nuclear physics. The interest ...
We combine Gibbsian method thermodynamic method for heterogeneous systems with electrostatics. The s...
For inhomogeneous classical Coulomb fluids in thermal equilibrium, like the jellium or the two-compo...
Recent developments in the classical theory of fully ionized gases and strong electrolyte solutions ...