β Scribed by P.G. Dzhavakhidze; A.A. Kornyshev; V.K. Levadny
No coin nor oath required. For personal study only.
π SIMILAR VOLUMES
In several recent theories of the hydration force based on nonlocal electrostatics, the nonlocal dielectric function is assumed to have a simple monotonic dependence upon the wavelength k. Here it is shown that the functional form assumed is seriously inconsistent with exact expressions for multipol
Hydration forces between two hydrophilic surfaces are generated by the overlap between the two polarization layers which are formed near each of them. The differential equation that describes the polarization tield as well as the corresponding boundary conditions are derived on the basis of electros
The adsorption of phosvitin at the air-water interface has been teins to adsorb at phase boundaries, especially at air/water studied to elucidate the influence of electrostatic forces on protein and oil/water interfaces, arises because of their amphiphilic adsorption at liquid interfaces. Because of
We have considered variations in dielectric polarization over distances comparable to molecular dimensions in the Ice structure and ir. aqueous media. The decay of polarization away from a surface and the associated "hydration force" have been studied analytic&y in ice and by molecular dynnmics in w