Charged hard sphere results for the one-component plasma

Palmer, R. G.

doi:10.1063/1.440295

The Journal of Chemical Physics

1980

DOI: 10.1063/1.440295

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Charged hard sphere results for the one-component plasma

R. G. Palmer

Abstract: Applications of the perturbative hypernettedchain equation to the onecomponent plasma and the onecomponent charged hardsphere systems A simple analysis of the classical hardsphere onecomponent plasma. II. Density functional theory

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1982

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Cited by 16 publications

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Interpolated Mean Spherical Approach to the Energy Equation of State of the Classical One‐Component Plasma Fluid

Kahlbaum¹,

DeWitt

1993

Contrib. Plasma Phys.

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We present a fit formula for the excess internal energy of the one-component plasma in the fluid phase that was obtained from the analytic solution of the mean spherical approximation for charged hard spheres in a uniform neutralizing background by utilizing a new relation for the effective packing fraction. Our results are in much better agreement to recent Monte Carlo data for strong coupling, I? 2 1, than previous results from similar calculations, and extend down to the Debye limit, l? -+ 0.

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Interpolated Mean Spherical Approach to the Energy Equation of State of the Classical One‐Component Plasma Fluid

Kahlbaum¹,

DeWitt

1993

Contrib. Plasma Phys.

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The self-consistent mean spherical approximation for the one-component plasma

MacGowan

1983

J Stat Phys

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Comments on the mean spherical approximation for hard-core and soft potentials and an application to the one-component plasma

Rosenfeld

1984

J Stat Phys

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Charged hard sphere results for the one-component plasma

Abstract: Applications of the perturbative hypernettedchain equation to the onecomponent plasma and the onecomponent charged hardsphere systems A simple analysis of the classical hardsphere onecomponent plasma. II. Density functional theory

Cited by 16 publications

References 9 publications

Interpolated Mean Spherical Approach to the Energy Equation of State of the Classical One‐Component Plasma Fluid

Interpolated Mean Spherical Approach to the Energy Equation of State of the Classical One‐Component Plasma Fluid

The self-consistent mean spherical approximation for the one-component plasma

Comments on the mean spherical approximation for hard-core and soft potentials and an application to the one-component plasma

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