A simple analytical expression of the mean spherical solution (Mean spherical approximation - high temperature expansion) to the Ornstien-Zernike equation for repulsive hard core Yukawa fluid is examined. The thermodynamic and structural properties of purely repulsive hard-core Yukawa particles in the fluid state are determined by employing this model and compared with simulation data. The results show that the present model illustrates the remarkable improvement of internal energy per particle over existing theoretical values.
Thermodynamic properties of repulsive hard-core Yukawa fluid
Srivastava R.Primo
Writing – Original Draft Preparation
;
2006-01-01
Abstract
A simple analytical expression of the mean spherical solution (Mean spherical approximation - high temperature expansion) to the Ornstien-Zernike equation for repulsive hard core Yukawa fluid is examined. The thermodynamic and structural properties of purely repulsive hard-core Yukawa particles in the fluid state are determined by employing this model and compared with simulation data. The results show that the present model illustrates the remarkable improvement of internal energy per particle over existing theoretical values.File in questo prodotto:
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