Phase Transitions in a Mixture of Hard-Sphere Dipoles and Neutral Hard Spheres

Phase Transitions in a Mixture of Hard-Sphere Dipoles and Neutral Hard Spheres

Using the reference hypernetted chain （RHNC） integral equation theory and a rigorous stability analysis method, we investigate the phase behavior of a mixture of hard-sphere dipoles and neutral hard spheres based on the correlations of the homogeneous isotropic phase. Lowering the temperature down t...

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Veröffentlicht in:Communications in theoretical physics 2009-09, Vol.52 (9), p.523-526
Hauptverfasser: Li, Li, Liang-Sheng, Li, Xiao-Song, Chen
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Sprache:eng
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各向同性
国土安全
定性分析方法
相行为
积分方程理论
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creator Li, Li
Liang-Sheng, Li
Xiao-Song, Chen
description Using the reference hypernetted chain （RHNC） integral equation theory and a rigorous stability analysis method, we investigate the phase behavior of a mixture of hard-sphere dipoles and neutral hard spheres based on the correlations of the homogeneous isotropic phase. Lowering the temperature down to the points where the RHNC equations fail to have a solution, several ttuctuations strongly increase. At low densities our results indicate the onset of ／ chain formation, which is similar with the pure DHS system. At high densities, the results indicate the appearance of isotropic-to-ferroelectric transitions （small neutral hard spheres concentrations） and demixing transitions （large neutral hard spheres concentrations）.
doi_str_mv 10.1088/0253-6102/52/3/27
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subjects 各向同性
国土安全
定性分析方法
相行为
积分方程理论
title Phase Transitions in a Mixture of Hard-Sphere Dipoles and Neutral Hard Spheres
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