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Author Sethi, J. ♦ Palit, R. ♦ Saha, S. ♦ Trivedi, T. ♦ Bhat, G. H. ♦ Sheikh, J. A. ♦ Datta, P. ♦ Carroll, J. J. ♦ Chattopadhyay, S. ♦ Donthi, R. ♦ Garg, U. ♦ Jadhav, S. ♦ Jain, H. C. ♦ Karamian, S. ♦ Kumar, S. ♦ Litz, M. S. ♦ Mehta, D. ♦ Naidu, B. S. ♦ Naik, Z. ♦ Sihotra, S. ♦ Walker, P. M.
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Copyright Year ©2014
Abstract The high spin structure of 108Ag nucleus has been studied using the reaction 11B + 100Mo at 39 MeV with Indian National Gamma Array (INGA) at TIFR-BARC accelerator facility. From the two- and higher-fold coincidence analysis of the emitted γ-rays, the level structure of the nucleus is built, with addition of around ∼ 60 new transitions. A new positive parity dipole band has been observed and significant additions have been made in the low spin region. A pair of nearly degenerate, negative parity, dipole bands is established, which is studied using the triaxial projected shell model (TPSM).
Learning Resource Type Article
Publisher Date 2014-03-20
Journal EPJ Web of Conferences
Issue Number 66