On the Equation of State of Coulomb Systems

Kraeft, W. D.; Jakubowski, P.

doi:10.1002/andp.19784900406

Cited by 5 publications

(2 citation statements)

References 15 publications

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“…In (1Oc) we must use (7c). Because of the complicated structure of E ' @ , U ) and E"@, U ) with respect to the temperature Tand the parameter of degeneracy a i n PMw (Kraeft and Jakubowski 1978) the numerical manipulations to be carried out in (1Oc) as a function of the temperature for rr = 4 (ne = 2.4 X ~m -~) in the Hartree-Fock approximation. The analytical limit results corresponds to (loa) and (lob).…”

Section: Numerical Results and Discussionmentioning

confidence: 99%

Reduction of high-resolution spectroscopic data

Champion¹

1988

Sov. J. Quantum Electron.

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Section: Numerical Results and Discussionmentioning

confidence: 99%

Reduction of high-resolution spectroscopic data

Champion¹

1988

Sov. J. Quantum Electron.

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“…Especially in the nondegenerate region the exact density dependence of the thermodynamic quantities and properties involved such as bound state energies [7] influence strongly the onset of the instability [2, 81. I n this paper the thermodynamic properties of scattering states are investigated at any degree of degeneration. Especially use is made of the data determined in previous work [9,101. Different approximations for the chemical potential and the equation of state are discussed, and the thermodynamic instabilities are investigated.…”

Section: Introductionmentioning

confidence: 99%

Thermodynamic Properties of Highly Degenerate Multicomponent Plasmas

Stolzmann

Kraeft

1979

Annalen der Physik

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GreifswaldS u m m a r y . On the basis of numerical evaluations the thermodynamic functions of multicomponent plasmas such M free energy, pressure and chemical potential are discussed in regions whcre bound states may be excluded, but a t any degree of degeneration. As a n example, the electron hole drop transition in an excitonic plasma in Germanium is considered. Thermodynamische Eigenschaften hochentarteter, mehrkomponentiger PlasmenZ u s a m m e n f a s s u n g . Auf der Grundlage von numerischen Auswertungen werden die thermodynamischen Funktionen eines mehrkomponentigen Plasmas, wie freie Energie, Druck und chemisches Potential fur Bereiche, in denen Bindungszustande nicht existieren, jedoch fur beliebige Entartung, diskdiert.-41s Beispiel wird der Elektroh-Loch-Tropfen-ubergang in einem Excitonenplasma in Germanium betrachtet.

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Thermodynamic Functions of the Electron Fluid for a Wide Density—Temperature Range

Richert

Ébeling

1984

Physica Status Solidi (b)

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On the basis of tho present knowledge on the analytical behaviour of the thermodynamic functions in three regions: dense degenerate electron-fluid, low-density electron gas, and Wigner lattice, Pad6 approximations are constructed. The proposed formulae cover the entire (non-relativistic) range of density and temperature and are for T = 0 in good agreement with the points found recently by Monte Carlo calculations.Pad6 Approximationen werden durch Ausnutzung analytischer Resultate fur die thermodynsmischen Funktionen fur droi Gebiete: dichte ontartete Elektronenfliissigkeit, verdiinntes Elektronengns und Wigncr-Gitter konstruiert. Die vorgeschlagenen Formeln uberstreichen das gesamte (nichtrelativistische) Dichte-Temperntur-Gebiet und sind fur ! ?' = 0 in guter Vbereinstimmung mit kiirzlich erhaltenen Punktcn aus Monte Carlo-Rechnungen.

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On the Equation of State of Coulomb Systems

Cited by 5 publications

References 15 publications

Reduction of high-resolution spectroscopic data

Reduction of high-resolution spectroscopic data

Thermodynamic Properties of Highly Degenerate Multicomponent Plasmas

Thermodynamic Functions of the Electron Fluid for a Wide Density—Temperature Range

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