We study the effect of correlations due to hardcore effects in the distribution of ions around a spherical macroion enclosed in a limited cell. The osmotic pressure is also computed. Both the profile and the pressure are obtained within density functional approaches. Various recipes for the correlations are compared with the Poisson Boltzmann analysis. In the regime of low ionic strength and ionic radius that is not too large, the weighted density functionals based on the Percus-Yevic and the Carnahan-Starling approaches seem to incorporate the size correlations better than the similar local density prescriptions do. Key words: PACS
Integral equation theories are employed to study the solvation of large particles. The solutions st...
The macroion-macroion correlation function and structure factor are studied within the Ornstein-Zern...
We study theoretically the equation of state of a fluid suspension of charged objects (e.g., colloi...
A theory is proposed which allows us to calculate the distribution of the multivalent counterions ar...
In this paper, we develop a simple theory to study the effects of ionic size on ionic distributions ...
In this paper, we develop a simple theory to study the effects of ionic size on ionic distributions ...
We study the counterion distribution around a spherical macroion and its osmotic pressure in the fr...
We study the counterion distribution around a spherical macroion and its osmotic pressure in the fra...
We investigate the effect of excluded-volume interactions on the electrolyte distribution around a c...
We determine radial distribution functions for charge-stabilized colloidal suspensions for various v...
When correlation effects are relatively weak, electrostatic interaction forces between cylindrical m...
International audienceA new two-scale model is proposed for derivation of the macroscopic modified e...
We consider a model of a macro-ion surrounded by small ions of an electrolyte solution. The finite s...
This thesis is a theoretical study of equilibrium statistical thermodynamic properties of colloidal ...
On the basis of molecular dynamics the radial distribution function (r.d.f.) of colloidal plasma is ...
Integral equation theories are employed to study the solvation of large particles. The solutions st...
The macroion-macroion correlation function and structure factor are studied within the Ornstein-Zern...
We study theoretically the equation of state of a fluid suspension of charged objects (e.g., colloi...
A theory is proposed which allows us to calculate the distribution of the multivalent counterions ar...
In this paper, we develop a simple theory to study the effects of ionic size on ionic distributions ...
In this paper, we develop a simple theory to study the effects of ionic size on ionic distributions ...
We study the counterion distribution around a spherical macroion and its osmotic pressure in the fr...
We study the counterion distribution around a spherical macroion and its osmotic pressure in the fra...
We investigate the effect of excluded-volume interactions on the electrolyte distribution around a c...
We determine radial distribution functions for charge-stabilized colloidal suspensions for various v...
When correlation effects are relatively weak, electrostatic interaction forces between cylindrical m...
International audienceA new two-scale model is proposed for derivation of the macroscopic modified e...
We consider a model of a macro-ion surrounded by small ions of an electrolyte solution. The finite s...
This thesis is a theoretical study of equilibrium statistical thermodynamic properties of colloidal ...
On the basis of molecular dynamics the radial distribution function (r.d.f.) of colloidal plasma is ...
Integral equation theories are employed to study the solvation of large particles. The solutions st...
The macroion-macroion correlation function and structure factor are studied within the Ornstein-Zern...
We study theoretically the equation of state of a fluid suspension of charged objects (e.g., colloi...