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can expect that such a neural network model should exhibit at least partial transferability. We illustrate this transferability by modeling dielectric saturation in a SCFNN model of water. We show ...
We investigate dielectric saturation and increment in polar liquids under external fields. We couple a previously introduced dipolar solvent model to a uniform electric field and derive ...
the case of dielectric saturation . It is shown that the use of the theory of three-component solutions, which disregards the interaction between the molecules of a polar solvent, can lead ...
‐ dielectric model ( dielectric constant set to 78.3) and a dielectric saturation model (distance‐dependent dielectric constant). Where comparison can be made, the results for the constant‐ dielectric model ...
In this paper, the finite difference Poisson-Boltzmann (FDPB) method with four dielectric constants is developed to study the effect of dielectric saturation on the electrostatic barriers ...
constant is decreased. A transition field model is proposed in which the Gouy-Chapman theory is modified to take account of dielectric saturation of water in the intense electric fields adjacent to charged ...
A non-empirical model of the electrostatic field in a polar liquid is proposed, which takes into account the effect of dielectric saturation that creates a volumetric distribution of the point charge ...
Solution of a strong electrolyte in a high‐density polar fluid gives rise to a dielectric saturation that decreases the orientation polarizability of the solvent molecules in close proximity ...
(pyridine) component has been studied under conditions close to dielectric saturation . The substantially nonlinearity of the effect is confirmation that the spectral shifts of fluorescence bands depend ...
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