Calculation of the energy levels for nucleusby applying the nuclear shell model using modified surface delta interaction
AuthorsD.N.Hamed
, Q. B.M.Rashed
JournalJournal of Kufa - physics
AbstractIn this work, we applied the nuclear shell model to study the energy levels for
54 54
26 28 Fe Ni &
nucleus which contain two holes outside
56
28Ni
core and occupy the
7
2
0f
shell
.In these calculations used computer program MatLab 2016 to calculate Modified Surface
Delta Interaction (MSDI) is employed as a residual interaction. Comparison with
experimental values and found to be rather good agreement.
Determing Energy Levels of 56Co Using ( MSDI) of The Nuclear Shell Model
AuthorsD.N.HAMED
JournalJournal of Kerbala University , Vol. 547 No.4 Scientific . 2014
AbstractThe nuclear energy levels for nucleus 56Co have been calculated within Nuclear Shell
Model (N.S.M.) using Modified Surface Delta Interaction ( MSDI ) as the residual interaction
between two nucleon as finding spectra of 50Sc we obtain the energy levels of the 56Co
energy levels of configuration (particle-hole) in model space
(0 1 )
3 2
1
7 2
l
l
f p
.
Computer programs is apply to calculate the Clebsch-Gordan , Racah coefficient and matrix
elements which use to get the energy levels for all allowable total angular momentum . After
comparing the theoretical results by using (MSDI) and considering the experimental results a
fine identification was found between them.
Nuclear Shell Model Application To Calculate Energy Levels For (14 8O6 ,14 6C8) Nuclei
Authors D.N.Hamed
Journal of Kufa - physics مجلة الكوفة للفيزياء ISSN: 20775830 السنة: 2013 المجلد: 5 الاصدار: 2 الصفحات: 27-32
الجامعة: University of Kufa جامعة الكوفة - جامعة الكوفة, A.K.Hasan
Journal: 20775830 السنة: 2013 المجلد: 5 الاصدار: 2 الصفحات: 27-32
الجامعة: University of Kufa جامعة الكوفة
AbstractIn this paper, energy levels were calculated for two nuclei (14
8O6 ,
14
6C8) by applying
the nuclear shell model by using modified surface delta interaction (MSDI).The (MSDI)
succeeded in energy levels calculation for the configuration (hole-hole ( ,this case facilitated
the calculation of many holes outside closed shell by using the configuration (hole-hole).
Computer programs were used to calculate important coefficients involved mainly in
calculating energy levels include Clebch - Gordan , Racha coefficient and matrix element for
two bodies by using modified surface delta interaction. Comparison the current values with
the experimental values , it was found current values were in perfect agreement with the
experimental values
Study the excitation energies of 62Ni Nucleus as a Function of the Classical Coupling Angle within the nuclear shell model
AuthorsD.N.HAMED, A.K.Hasan
JournalAIP Conference Proceedings, 2023, 2457, 050003
Abstract
The nuclear energy levels for nucleus 56Co have been calculated within Nuclear Shell Model (N.S.M.) using Modified Surface Delta Interaction ( MSDI ) as the residual interaction between two nucleon as finding spectra of we obtain the energy levels of the ergy levels of configuration (particle-hole) in model space
