Add to ORKGA model is proposed for the two-particle distribution functions for the surface region of a system composed of two oppositely charged species with identical hard sphere repulsions. The distribution functions are formed from those for the bulk fluid by incorporating a cutoff corresponding to the surface and a multiplying factor defined so as to guarantee electroneutrality while maintaining the proper symmetry. Various methods for doing this are discussed. Good agreement is obtained for surface tension and surface energy. Density oscillations are predicted
It is always found that the surface tension of a mixture of molten salts lies below the mean of the ...
Various forms for the ion density profiles of Cs and Na have been tested in the density functional f...
International audienceClay minerals have a high specific surface area that enhances their ability to...
Publication costs assisted by Syracuse University A model is proposed for the two-particle distribut...
If bulk properties of simple molten salts may be reasonably well understood in terms of the primitiv...
It is always found that the surface tension of a mixture of molten salts lies below the mean of the ...
A semiempirical model is presented that predicts surface tensions (s) of aqueous electrolyte solutio...
Monte Carlo simulations are reported for charged hard spheres at high density near a charged wall. T...
The surface thermodynamics of ionic fluids (both ionic liquids and molten salts) are calculated from...
The stability of dispersions containing charged particles may obviously be regulated by salt. In som...
Restricted Access.A semi-empirical model is presented for describing the interionic interactions in ...
Molten salt reactors (MSRs) utilize salts as coolant or as the fuel and coolant together with fissil...
The evaluation of the partial structure factors of molten salts is a difficult and important task. T...
International audienceThe electronic continuum (EC) model uses a scaling of the charges of the ions ...
In this work, we simulate interactions between two perfectly conducting surfaces, immersed in a salt...
It is always found that the surface tension of a mixture of molten salts lies below the mean of the ...
Various forms for the ion density profiles of Cs and Na have been tested in the density functional f...
International audienceClay minerals have a high specific surface area that enhances their ability to...
Publication costs assisted by Syracuse University A model is proposed for the two-particle distribut...
If bulk properties of simple molten salts may be reasonably well understood in terms of the primitiv...
It is always found that the surface tension of a mixture of molten salts lies below the mean of the ...
A semiempirical model is presented that predicts surface tensions (s) of aqueous electrolyte solutio...
Monte Carlo simulations are reported for charged hard spheres at high density near a charged wall. T...
The surface thermodynamics of ionic fluids (both ionic liquids and molten salts) are calculated from...
The stability of dispersions containing charged particles may obviously be regulated by salt. In som...
Restricted Access.A semi-empirical model is presented for describing the interionic interactions in ...
Molten salt reactors (MSRs) utilize salts as coolant or as the fuel and coolant together with fissil...
The evaluation of the partial structure factors of molten salts is a difficult and important task. T...
International audienceThe electronic continuum (EC) model uses a scaling of the charges of the ions ...
In this work, we simulate interactions between two perfectly conducting surfaces, immersed in a salt...
It is always found that the surface tension of a mixture of molten salts lies below the mean of the ...
Various forms for the ion density profiles of Cs and Na have been tested in the density functional f...
International audienceClay minerals have a high specific surface area that enhances their ability to...