Dynamical symmetry of (_42^102)Mo by utilizing (IBM-1)

The structure of ( ) was explored theoretically with IBM-1 in this work. The  symmetry limit of the proposed nucleus was investigated. The considered nucleus was discovered to be deformed with O(6) dynamical symmetry area with gamma-ray softened nucleus. In addition, the B(E2) transition, quadrupole...

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Bibliographic Details
Published inTikrit Journal of Pure Science Vol. 29; no. 2; pp. 74 - 78
Main Authors Ghafoor, Berun nasralddin, , Yadgar Hussein Shwan
Format Journal Article
LanguageEnglish
Published Tikrit University 25.04.2024
Subjects
B(E2) transitions
Dynamical symmetry
Energy levels
IBM-1
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Summary:The structure of ( ) was explored theoretically with IBM-1 in this work. The  symmetry limit of the proposed nucleus was investigated. The considered nucleus was discovered to be deformed with O(6) dynamical symmetry area with gamma-ray softened nucleus. In addition, the B(E2) transition, quadrupole moment, and energy levels for all bands would be computed in this study. According to recent research, ( ) is unstable to gamma, and their transition behaviors are generally similar to symmetric (γ -soft) O(6) limits. When the current findings are compared to the experimental results, they show a high level of agreement.
ISSN:1813-1662
2415-1726
DOI:10.25130/tjps.v29i2.1550