In this paper, energy levels were calculated for two nuclei (148O6 ,146C8) by applyingthe nuclear shell model by using modified surface delta interaction (MSDI).The (MSDI)succeeded in energy levels calculation for the configuration (hole-hole ( ,this case facilitatedthe calculation of many holes outside closed shell by using the configuration (hole-hole).Computer programs were used to calculate important coefficients involved mainly incalculating energy levels include Clebch - Gordan , Racha coefficient and matrix element fortwo bodies by using modified surface delta interaction. Comparison the current values withthe experimental values , it was found current values were in perfect agreement with theexperimental values
Abstract: In this paper, the energy levels of Na and Mg isotopes have been calculated. Calculations ...
Abstract: A shell-model calculation is performed for ~4Mg assuming wave functions with maximum symme...
International audienceSeveral techniques now exist for performing detailed and accurate calculations...
The energy levels have been calculated by using the nuclear shell model and adopting the surface del...
The shell model is used to investigate quantitatively the nuclei in the range 29Si---40Ca. An inert ...
The shell model is used to investigate properties of levels in the A = 38 nuclei. An inert 28Si cor...
Shell model calculations on nuclei in the region 28 < A < 40 are performed with the assumption of an...
The Nuclear Shell Model has been successful in accounting for some of the nuclear properties observe...
Abstract: In this paper, the energy levels of Si and Al isotopes have been calculated. Calculations ...
Nuclear experimental data has suggested that like electrons, nuclei are arranged in shells. Develope...
Background: Nuclear shell model is widely applied in the studies of light and medium-mass nuclei. Th...
In this project, the conguration interaction (CI) method is used to study the nuclear spectra and th...
Abstract: In this article by using OXBASH shell model code the energy levels of Sulfur isotopes 29S ...
Level energies and spectroscopic factors for isotopes of P, Si, and S are calculated with a shell mo...
Abstract: In this article by using OXBASH shell model code the energy levels of Silicon isotopes 30S...
Abstract: In this paper, the energy levels of Na and Mg isotopes have been calculated. Calculations ...
Abstract: A shell-model calculation is performed for ~4Mg assuming wave functions with maximum symme...
International audienceSeveral techniques now exist for performing detailed and accurate calculations...
The energy levels have been calculated by using the nuclear shell model and adopting the surface del...
The shell model is used to investigate quantitatively the nuclei in the range 29Si---40Ca. An inert ...
The shell model is used to investigate properties of levels in the A = 38 nuclei. An inert 28Si cor...
Shell model calculations on nuclei in the region 28 < A < 40 are performed with the assumption of an...
The Nuclear Shell Model has been successful in accounting for some of the nuclear properties observe...
Abstract: In this paper, the energy levels of Si and Al isotopes have been calculated. Calculations ...
Nuclear experimental data has suggested that like electrons, nuclei are arranged in shells. Develope...
Background: Nuclear shell model is widely applied in the studies of light and medium-mass nuclei. Th...
In this project, the conguration interaction (CI) method is used to study the nuclear spectra and th...
Abstract: In this article by using OXBASH shell model code the energy levels of Sulfur isotopes 29S ...
Level energies and spectroscopic factors for isotopes of P, Si, and S are calculated with a shell mo...
Abstract: In this article by using OXBASH shell model code the energy levels of Silicon isotopes 30S...
Abstract: In this paper, the energy levels of Na and Mg isotopes have been calculated. Calculations ...
Abstract: A shell-model calculation is performed for ~4Mg assuming wave functions with maximum symme...
International audienceSeveral techniques now exist for performing detailed and accurate calculations...