Abstract
Transitions above the T 1 2 = 550 ns, 8.59 MeV isomer in 147Gd have been studied using the ( 30Si, 5n) reaction. Results from γγ coincidence, angular distribution and recoil distance measurements are combined to establish a level scheme up to 16.9 MeV and I ∼ 79 2 . Single particle configurations are assigned on the basis of the deformed independent particle model. The single particle nature of the highest spin states and the apparent lack of collectivity is discussed.
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