Add to ORKGData on Coulomb Displacement Energies in the mass range A = 40 - 240 are analyzed in the deformed Liquid Drop model and in the independent particle model. Reduced half-widths of Woods-Saxon mean-field potential of the resulting neutron-excess distributions are deduced. It is argued that the Nolen-Schiffer anomaly may be lifted by allowing for a slight binding-energy dependence of the mean-field potential geometry.</p
The thesis is concerned with the relation between a microscopic approach and a macroscopic approach ...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studie...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studi...
Data on Coulomb Displacement Energies in the mass range A = 40 - 240 are analyzed in the deformed Li...
The parameters of the nuclear liquid drop model, such as the volume, surface, symmetry, and curvatur...
Phenomenological shell-model Coulomb energy equations with coefficients varying as A-1/3 are conside...
The Coulomb displacement energies of the mirror nuclei (A = 15, 17, 27, 29, 31, 33, 39 and 41) are ...
4 pages, 3 figures, RevtexA Fock space representation of the monopole part of the Coulomb potential ...
Coulomb displacement energies of the T = 1, J = 0+ and 61+ states of A = 42 nuclei are analyzed with...
Abstract: A phenomenological Coulomb energy equation has been derived for spherical nuclei with diff...
A phenomenological Coulomb energy equation has been derived for spherical nuclei with diffuse surfac...
It is shown that a consistent treatment of nuclear bulk and surface effects leads to an improved ver...
The response of the nuclear energy with respect to relative changes of proton versus neutron distrib...
The dependence of the Coulomb energy of deformed nuclei on the shape and the nuclear matter density ...
19 pages, 1 figure, accepted for publication in Nuclear Physics AThe coefficients of different mass ...
The thesis is concerned with the relation between a microscopic approach and a macroscopic approach ...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studie...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studi...
Data on Coulomb Displacement Energies in the mass range A = 40 - 240 are analyzed in the deformed Li...
The parameters of the nuclear liquid drop model, such as the volume, surface, symmetry, and curvatur...
Phenomenological shell-model Coulomb energy equations with coefficients varying as A-1/3 are conside...
The Coulomb displacement energies of the mirror nuclei (A = 15, 17, 27, 29, 31, 33, 39 and 41) are ...
4 pages, 3 figures, RevtexA Fock space representation of the monopole part of the Coulomb potential ...
Coulomb displacement energies of the T = 1, J = 0+ and 61+ states of A = 42 nuclei are analyzed with...
Abstract: A phenomenological Coulomb energy equation has been derived for spherical nuclei with diff...
A phenomenological Coulomb energy equation has been derived for spherical nuclei with diffuse surfac...
It is shown that a consistent treatment of nuclear bulk and surface effects leads to an improved ver...
The response of the nuclear energy with respect to relative changes of proton versus neutron distrib...
The dependence of the Coulomb energy of deformed nuclei on the shape and the nuclear matter density ...
19 pages, 1 figure, accepted for publication in Nuclear Physics AThe coefficients of different mass ...
The thesis is concerned with the relation between a microscopic approach and a macroscopic approach ...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studie...
The neutron-proton mass difference in (isospin asymmetric) nuclear matter and finite nuclei is studi...