Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei

Unrestricted calculations of the shell model were conducted to investigate the positive and negative energy levels and binding energy for A-odd nuclei 133;135Sn and 133;135Sb by utilizing the effective interactions kh5082, jj56pna, khhe, and jj56cdb. The predicted results have been compared with th...

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Main Author: Ruaa S. Abdullhussein
Format: Article
Language:English
Published: middle technical university 2022-03-01
Series:Journal of Techniques
Subjects:
Online Access:https://journal.mtu.edu.iq/index.php/MTU/article/view/449
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author Ruaa S. Abdullhussein
author_facet Ruaa S. Abdullhussein
author_sort Ruaa S. Abdullhussein
collection DOAJ
description Unrestricted calculations of the shell model were conducted to investigate the positive and negative energy levels and binding energy for A-odd nuclei 133;135Sn and 133;135Sb by utilizing the effective interactions kh5082, jj56pna, khhe, and jj56cdb. The predicted results have been compared with the recently measured data and good global agreements were obtained for all interactions except the khhe effective interaction failed to determine the ground state of odd nuclei, it is concluded that there is no universally effective interaction in this mass region and more investigation needed to study other nuclear structure properties that might help us to better understand the nuclei lies in the vicinity of 132Sn core.
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institution Kabale University
issn 1818-653X
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series Journal of Techniques
spelling doaj-art-f70d8db0d0b847db9f8f390df121bd652025-01-19T11:07:17Zengmiddle technical universityJournal of Techniques1818-653X2708-83832022-03-014110.51173/jt.v4i1.449Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb NucleiRuaa S. Abdullhussein0College of Health and Medical Technology, Middle Technical University, Baghdad, Iraq Unrestricted calculations of the shell model were conducted to investigate the positive and negative energy levels and binding energy for A-odd nuclei 133;135Sn and 133;135Sb by utilizing the effective interactions kh5082, jj56pna, khhe, and jj56cdb. The predicted results have been compared with the recently measured data and good global agreements were obtained for all interactions except the khhe effective interaction failed to determine the ground state of odd nuclei, it is concluded that there is no universally effective interaction in this mass region and more investigation needed to study other nuclear structure properties that might help us to better understand the nuclei lies in the vicinity of 132Sn core. https://journal.mtu.edu.iq/index.php/MTU/article/view/449Shell ModelEffective Interactions132Sn
spellingShingle Ruaa S. Abdullhussein
Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
Journal of Techniques
Shell Model
Effective Interactions
132Sn
title Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
title_full Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
title_fullStr Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
title_full_unstemmed Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
title_short Shell Model Calculations of Energy Levels and Binding Energy of 133;135Sn, and 133;135Sb Nuclei
title_sort shell model calculations of energy levels and binding energy of 133 135sn and 133 135sb nuclei
topic Shell Model
Effective Interactions
132Sn
url https://journal.mtu.edu.iq/index.php/MTU/article/view/449
work_keys_str_mv AT ruaasabdullhussein shellmodelcalculationsofenergylevelsandbindingenergyof133135snand133135sbnuclei