Single-particle spectra of spherical neutron-rich nuclei are studied. A Saxon-Wood's potential is used. The parameters of the potential are first extrapolated taking the expressions which are generally used for stable nuclei. Other expressions are also calculated on the basis of Brueckner's statistical model.Cet article étudie les spectres des niveaux à une particule des noyaux sphériques à grand excès de neutrons. Le potentiel utilisé est celui de Saxon-Woods. Les paramètres du potentiel sont extrapolés en utilisant d'une part les expressions généralement considérées pour les noyaux stables, et d'autre part des expressions tirées du modèle de Brueckner
Positive-energy one-particle levels for neutrons in Y20 deformed Woods-Saxon potentials are examined...
Abstract.- The woods-Saxon deformed potential is used to generate single particle states. The optimi...
A simple model is proposed for the description of the scattering of neutrons by a vibrational even-e...
We present calculations of the energy per particle of pure neutron and symmetric nuclear matter with...
A six-parameter energy density functional is used to calculate self-consistently the binding energie...
A consistent description of the neutron cross sections from thermal energy up to the MeV region is c...
13 pags., 10 figs. -- PACS numbers: 21.60.Jz, 21.65.Ef, 21.10.GvWe derive the values of nuclear symm...
Both positive-energy and weakly-bound one-particle levels for neutrons in Y20 deformed Woods-Saxon ...
By using a phenomenologically successful Woods-Saxon potential, I study the shape and shell structur...
The Woods-Saxon (WS) basis is suggested to replace the widely used harmonic oscillator basis for sol...
17 pages, 4 tablesThe nucleon single-particle energies (SPEs) of the selected nuclei, that is, 16O,...
L'étude des modes de décroissance des noyaux 21 Mg, 25 Si et 26 P permet de tester la validité des m...
The focus of the present review is the study of neutron-rich medium-mass nuclei around major shells ...
In this study, the particle-vibration coupling for nuclei around 208Pb was taken into account. Then,...
Nuclear spectra of A = 14, 18, 38, 42, 206 and 208 nuclei were calculated using free reaction matric...
Positive-energy one-particle levels for neutrons in Y20 deformed Woods-Saxon potentials are examined...
Abstract.- The woods-Saxon deformed potential is used to generate single particle states. The optimi...
A simple model is proposed for the description of the scattering of neutrons by a vibrational even-e...
We present calculations of the energy per particle of pure neutron and symmetric nuclear matter with...
A six-parameter energy density functional is used to calculate self-consistently the binding energie...
A consistent description of the neutron cross sections from thermal energy up to the MeV region is c...
13 pags., 10 figs. -- PACS numbers: 21.60.Jz, 21.65.Ef, 21.10.GvWe derive the values of nuclear symm...
Both positive-energy and weakly-bound one-particle levels for neutrons in Y20 deformed Woods-Saxon ...
By using a phenomenologically successful Woods-Saxon potential, I study the shape and shell structur...
The Woods-Saxon (WS) basis is suggested to replace the widely used harmonic oscillator basis for sol...
17 pages, 4 tablesThe nucleon single-particle energies (SPEs) of the selected nuclei, that is, 16O,...
L'étude des modes de décroissance des noyaux 21 Mg, 25 Si et 26 P permet de tester la validité des m...
The focus of the present review is the study of neutron-rich medium-mass nuclei around major shells ...
In this study, the particle-vibration coupling for nuclei around 208Pb was taken into account. Then,...
Nuclear spectra of A = 14, 18, 38, 42, 206 and 208 nuclei were calculated using free reaction matric...
Positive-energy one-particle levels for neutrons in Y20 deformed Woods-Saxon potentials are examined...
Abstract.- The woods-Saxon deformed potential is used to generate single particle states. The optimi...
A simple model is proposed for the description of the scattering of neutrons by a vibrational even-e...