Abstract
Nuclear matter and ground state properties for (proton and neutron) semi-closed shell nuclei are described in relativistic mean field theory with coupling constants which depend on the vector density. The parametrization of the density dependence for {sigma}-, {omega}- and {rho}-mesons is obtained by fitting to properties of nuclear matter and some finite nuclei. The equation of state for symmetric and asymmetric nuclear matter is discussed. Finite nuclei are described in Hartree approximation, including a charge and an improved center-of-mass correction. Pairing is considered in the BCS approximation. Special attention is directed to the predictions for properties at the neutron and proton driplines, e.g. for separation energies, spin-orbit splittings and density distributions. (orig.)
Citation Formats
Typel, S, and Wolter, H H.
Relativistic mean field theory with density dependent coupling constants for nuclear matter and finite nuclei with large charge asymmetry.
Germany: N. p.,
1998.
Web.
Typel, S, & Wolter, H H.
Relativistic mean field theory with density dependent coupling constants for nuclear matter and finite nuclei with large charge asymmetry.
Germany.
Typel, S, and Wolter, H H.
1998.
"Relativistic mean field theory with density dependent coupling constants for nuclear matter and finite nuclei with large charge asymmetry."
Germany.
@misc{etde_613400,
title = {Relativistic mean field theory with density dependent coupling constants for nuclear matter and finite nuclei with large charge asymmetry}
author = {Typel, S, and Wolter, H H}
abstractNote = {Nuclear matter and ground state properties for (proton and neutron) semi-closed shell nuclei are described in relativistic mean field theory with coupling constants which depend on the vector density. The parametrization of the density dependence for {sigma}-, {omega}- and {rho}-mesons is obtained by fitting to properties of nuclear matter and some finite nuclei. The equation of state for symmetric and asymmetric nuclear matter is discussed. Finite nuclei are described in Hartree approximation, including a charge and an improved center-of-mass correction. Pairing is considered in the BCS approximation. Special attention is directed to the predictions for properties at the neutron and proton driplines, e.g. for separation energies, spin-orbit splittings and density distributions. (orig.)}
place = {Germany}
year = {1998}
month = {Jun}
}
title = {Relativistic mean field theory with density dependent coupling constants for nuclear matter and finite nuclei with large charge asymmetry}
author = {Typel, S, and Wolter, H H}
abstractNote = {Nuclear matter and ground state properties for (proton and neutron) semi-closed shell nuclei are described in relativistic mean field theory with coupling constants which depend on the vector density. The parametrization of the density dependence for {sigma}-, {omega}- and {rho}-mesons is obtained by fitting to properties of nuclear matter and some finite nuclei. The equation of state for symmetric and asymmetric nuclear matter is discussed. Finite nuclei are described in Hartree approximation, including a charge and an improved center-of-mass correction. Pairing is considered in the BCS approximation. Special attention is directed to the predictions for properties at the neutron and proton driplines, e.g. for separation energies, spin-orbit splittings and density distributions. (orig.)}
place = {Germany}
year = {1998}
month = {Jun}
}