Abstract
The levels in124Te have been investigated by studying the gamma rays emitted following the decay of 60d124Sb. Gamma-gamma coincidence spectra have been taken with gates set at 603, 646, 709, 714 and 723 keV gamma rays by using 105 cm3 Ge(Li)-110 cm3 HPGe coincidence system. 69 gamma rays have been observed and nine of them are reported for the first time. Four new levels in124Te at 2512, 2550.2, 2808 and 2814.5 keV are proposed. Levels reported in literatures at 2412 and 2733 keV are excluded from the level scheme of124Te based on the present study. The experimentally determined energy spectrum of low-lying positive parity states, B(E2) ratios and electric quadrupole moment of the first excited state are compared with the IBM-1 predictions.
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