Reconstruction of single-shell states for mid-heavy Sn isotopes
ORAL
Abstract
A great exact truncation to construct single-shell states for the shell model description of mid-heavy Sn isotopes is offered in the framework of the Drexel University shell model approach. It is based on the occurrence of only one-column Young diagrams in building the multi-shell model states [1]. This truncation allows us to calculate the coefficient of fractional parentage (CFP) for the most stable Sn isotopes, e.g., $^{116,118,120}$Sn, by reducing the calculation requirements. An application to $^{116,118,120}$Sn isotopes in the \textit{sdgh}-shell is presented.
*This work was supported by The Scientific and Technological Research Council of Turkey (TUBITAK) under Contract No. 114F333 and Suleyman Demirel University SDUBAP No. 4166-D2-14.
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