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      Solvation Pressure of Simple Fluids in Spherical Pores = Solvation Pressure of Simple Fluids in Spherical Pores

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      https://www.riss.kr/link?id=A109253188

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      다국어 초록 (Multilingual Abstract)

      Computer simulations via the grand canonical ensemble Monte Carlo method been been carried out W investigate the equilibrium properties of simple fluids distributed between the external hulk phase and the pore phase. Salvation pressures and pore density profile, are computed for the system of hard-sphere fluids incide a spherical hard-wall nudel pore. For dilute concentrations, the resulting salvation pressures are approximately equal to those in the bulk phase. However, at a moderately dense concentration of n(L4) a weakly oscillatory behavior of the solvation pressure starts to emerge. the apparent maximum and minimum peaks are exhibited in the case of n_β-0.6 due to the local densiy inhmxtgeneities in the pore phase.
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      Computer simulations via the grand canonical ensemble Monte Carlo method been been carried out W investigate the equilibrium properties of simple fluids distributed between the external hulk phase and the pore phase. Salvation pressures and pore densi...

      Computer simulations via the grand canonical ensemble Monte Carlo method been been carried out W investigate the equilibrium properties of simple fluids distributed between the external hulk phase and the pore phase. Salvation pressures and pore density profile, are computed for the system of hard-sphere fluids incide a spherical hard-wall nudel pore. For dilute concentrations, the resulting salvation pressures are approximately equal to those in the bulk phase. However, at a moderately dense concentration of n(L4) a weakly oscillatory behavior of the solvation pressure starts to emerge. the apparent maximum and minimum peaks are exhibited in the case of n_β-0.6 due to the local densiy inhmxtgeneities in the pore phase.

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