Abstract
The gamma rays associated with the decay of Rh106g have been investigated using several sizes of Ge(Li)-counters and a Ge(Li)-NaJ(Tl)-coincidence circuit. Energies and relative gamma intensities of 107 transitions have been determined. All except 5 transitions are placed in a level scheme of Pd106 having states at 0, 0+; 511, 8, 2+; 1,128.0, 2+; 1,133.6, 0+; 1,228.9, 4+; 1,557.6, 3+; 1,561.9, 2+; 1,706.1, 0+; 2,001.0, 0+; 2,242.4, 1, 2±; 2,278.0, 0+; 2,308.6, 1, 2+; 2,350.8, 4+; 2,438.6, 1, 2+; 2,500.4, 0+; 2,525.3, 1, 2±; 2,624.4, 0+; 2,706.6, 1, 2+; 2,741.0, 1, 2±; 2,783.5, (2)±; 2,821.2, 2+; 2,829.8, 0+; 2,878.3, 0+; 2,902.7, 2+; 2,917.8, 2+; 3,027.1, 1,2±; 3,037.2, 1,2+; 3,055.2,1, 2+; 3,083.2, 2+; 3,163.4, 1,2+; 3,167.5, 1,2+; 3,221.2, 0+; 3,295.6, 0+; 3,321.3 keV, 0+.
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Dem Niedersächsischen Kultusministerium gebührt Dank für die Gewährung von Mitteln.
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Strutz, K.D., Strutz, H.J. & Flammersfeld, A. Der Zerfall des Rh106g . Z. Physik 221, 231–244 (1969). https://doi.org/10.1007/BF01392175
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DOI: https://doi.org/10.1007/BF01392175