(2009). Electric Quadrupole Transitions Probability And Reduced Matrix Element For even – even Er(A=160, Z=68) Isotope. , 5(2), 78-85.
. "Electric Quadrupole Transitions Probability And Reduced Matrix Element For even – even Er(A=160, Z=68) Isotope". , 5, 2, 2009, 78-85.
(2009). 'Electric Quadrupole Transitions Probability And Reduced Matrix Element For even – even Er(A=160, Z=68) Isotope', , 5(2), pp. 78-85.
Electric Quadrupole Transitions Probability And Reduced Matrix Element For even – even Er(A=160, Z=68) Isotope. , 2009; 5(2): 78-85.

Electric Quadrupole Transitions Probability And Reduced Matrix Element For even – even Er(A=160, Z=68) Isotope

journal of kerbala university
Article 1, Volume 5, Issue 2, 2009, Pages 78-85    PDF (0 K)
Abstract
The electrical transitions probability (B(E2)) and the reduced matrix elements were calculated for this isotope also.
The energy states according to the energy bands (g,β,γ) in even-even Er(A=160, Z=68) have been investigated using interacting boson model (IBM-1).
In the present calculations we predicted that, the behaviors of this isotope at , state is oblate due to negative electric moment, while at state as prolate due to positive electric moment.
Our results have good agreement with others.
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