Quantenstatistische Zustandsgleichung von stark ionisierten Wasserstoffplasmen mittlerer Dichte

Rohde, K.; Kelbg, G.; Ébeling, W.

doi:10.1002/andp.19704800107

Cited by 2 publications

(1 citation statement)

References 14 publications

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“…(39) the temperature-dependent magnitudeÃ ab (T ) is adapted in such a way that the Slater sum S ab (r = 0) and its first derivative S ab (r = 0) have the exact value at zero distance known from previous works [12,26]. (39) the temperature-dependent magnitudeÃ ab (T ) is adapted in such a way that the Slater sum S ab (r = 0) and its first derivative S ab (r = 0) have the exact value at zero distance known from previous works [12,26].…”

Section: Slater Sum Semiclassical Model and Md-simulationsmentioning

confidence: 99%

Electric Microfield Distribution in Two-Component Plasmas. Theory and Simulations

Ortner

Valuev

Ébeling

2000

Contrib. Plasma Phys.

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The distribution of the electric microfield at a charged particle moving in a two-component plasma is calculated. The theoretical approximations are obtained via the parameter integration technique and using the screened pair approximation for the generalized radial distribution function. It is shown that the two-component plasma microfield distribution shows a larger probability of high microfield values than the corresponding distribution of the commonly used OCP model. The theory is checked by quasiclassical molecular-dynamics simulations. For the simulations a corrected Kelbg pseudopotential has been used.

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Section: Slater Sum Semiclassical Model and Md-simulationsmentioning

confidence: 99%

Electric Microfield Distribution in Two-Component Plasmas. Theory and Simulations

Ortner

Valuev

Ébeling

2000

Contrib. Plasma Phys.

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Effective Potentials between the Components of a Hydrogeneous Plasma

Barker

1971

The Journal of Chemical Physics

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Two-particle “effective potentials,” which incorporate the quantum mechanical effects into the pair interaction potential, are evaluated accurately. Tables and graphs of these potentials between electron–proton, parallel spin electron–electron, antiparallel spin electron–electron, and proton–proton are presented for a wide range of temperatures. The range of validity and analytic properties of the effective potentials in certain regions are given. Possible uses of these potentials to evaluate thermodynamic properties and percentage ionization of the plasma are discussed.

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Quantenstatistische Zustandsgleichung von stark ionisierten Wasserstoffplasmen mittlerer Dichte

Cited by 2 publications

References 14 publications

Electric Microfield Distribution in Two-Component Plasmas. Theory and Simulations

Electric Microfield Distribution in Two-Component Plasmas. Theory and Simulations

Effective Potentials between the Components of a Hydrogeneous Plasma

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