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KMID : 1059519910350010308
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Journal of the Korean Chemical Society
1991 Volume.35 No. 1 p.308 ~ p.315
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Structure and Thermodynamic Properties of Simple Coulomb Liquids Using Perturbation Theory
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Shin Dong-Young
Lee Jae-Weon
Ree T,
Ree Francis H.
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Abstract
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The structure and thermodynamic properties of body centered cubic structure of simple Coulombic liquids are computed from the perturbation theory for one-component plasma. A comparison of perturbation theory (PT) and Monte Carlo (MC) simulation shows excellent agreement. The hardsphere perturbation theory is applicable to a long-range attractive system, such as the one-component plasma. A comparison of the radial distribution function (g(r)) and the structure factor (S(q)) for PT data and MC data shows agreement. Thus the perturbation theory is an applicable method to explain the structure and thermodynamic properties of Coulomb liquids.
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KEYWORD
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