Abstract
In this thesis in the framework of our model of the field-strength dependent coupling the properties of infinitely extended, homogeneous, static, spin- and isospin-saturated nuclear matter are studied. Thereby we use the Hartree-Mean-Field and the Hartree-Fock approximation, whereby the influence of the antiparticle states in the Fermi sea is neglected. In chapter 2 the Lagrangian density basing to our model is fixed. Starting from the Walecka model we modify in the Lagrangian density the Linear coupling of the scalar field to the scalar density as follows g{sub S}{phi}anti {psi}{psi}{yields}g{sub S}f({phi}) anti {psi}{psi}. In chapter 3 we fix three different functions f({phi}). For these three cases and for the Walecka model with f({phi})={phi} nuclear-matter calculations are performed. In chapter 4 for the Hartree-Fock calculations, but also very especially regarding the molecular-dynamics calculations, the properties of the Dirac spinors in the plane-wave representation are intensively studied. (orig.).
Citation Formats
Lindner, J.
Relativistic hadrodynamics with field-strength dependent coupling of the scalar fields in Hartree and Hartree-Fock approximation; Relativistische Hadrodynamik mit feldstaerkeabhaengiger Kopplung des skalaren Feldes in Hartree- und Hartree-Fock-Naeherung.
Germany: N. p.,
1992.
Web.
Lindner, J.
Relativistic hadrodynamics with field-strength dependent coupling of the scalar fields in Hartree and Hartree-Fock approximation; Relativistische Hadrodynamik mit feldstaerkeabhaengiger Kopplung des skalaren Feldes in Hartree- und Hartree-Fock-Naeherung.
Germany.
Lindner, J.
1992.
"Relativistic hadrodynamics with field-strength dependent coupling of the scalar fields in Hartree and Hartree-Fock approximation; Relativistische Hadrodynamik mit feldstaerkeabhaengiger Kopplung des skalaren Feldes in Hartree- und Hartree-Fock-Naeherung."
Germany.
@misc{etde_10116608,
title = {Relativistic hadrodynamics with field-strength dependent coupling of the scalar fields in Hartree and Hartree-Fock approximation; Relativistische Hadrodynamik mit feldstaerkeabhaengiger Kopplung des skalaren Feldes in Hartree- und Hartree-Fock-Naeherung}
author = {Lindner, J}
abstractNote = {In this thesis in the framework of our model of the field-strength dependent coupling the properties of infinitely extended, homogeneous, static, spin- and isospin-saturated nuclear matter are studied. Thereby we use the Hartree-Mean-Field and the Hartree-Fock approximation, whereby the influence of the antiparticle states in the Fermi sea is neglected. In chapter 2 the Lagrangian density basing to our model is fixed. Starting from the Walecka model we modify in the Lagrangian density the Linear coupling of the scalar field to the scalar density as follows g{sub S}{phi}anti {psi}{psi}{yields}g{sub S}f({phi}) anti {psi}{psi}. In chapter 3 we fix three different functions f({phi}). For these three cases and for the Walecka model with f({phi})={phi} nuclear-matter calculations are performed. In chapter 4 for the Hartree-Fock calculations, but also very especially regarding the molecular-dynamics calculations, the properties of the Dirac spinors in the plane-wave representation are intensively studied. (orig.).}
place = {Germany}
year = {1992}
month = {Sep}
}
title = {Relativistic hadrodynamics with field-strength dependent coupling of the scalar fields in Hartree and Hartree-Fock approximation; Relativistische Hadrodynamik mit feldstaerkeabhaengiger Kopplung des skalaren Feldes in Hartree- und Hartree-Fock-Naeherung}
author = {Lindner, J}
abstractNote = {In this thesis in the framework of our model of the field-strength dependent coupling the properties of infinitely extended, homogeneous, static, spin- and isospin-saturated nuclear matter are studied. Thereby we use the Hartree-Mean-Field and the Hartree-Fock approximation, whereby the influence of the antiparticle states in the Fermi sea is neglected. In chapter 2 the Lagrangian density basing to our model is fixed. Starting from the Walecka model we modify in the Lagrangian density the Linear coupling of the scalar field to the scalar density as follows g{sub S}{phi}anti {psi}{psi}{yields}g{sub S}f({phi}) anti {psi}{psi}. In chapter 3 we fix three different functions f({phi}). For these three cases and for the Walecka model with f({phi})={phi} nuclear-matter calculations are performed. In chapter 4 for the Hartree-Fock calculations, but also very especially regarding the molecular-dynamics calculations, the properties of the Dirac spinors in the plane-wave representation are intensively studied. (orig.).}
place = {Germany}
year = {1992}
month = {Sep}
}