Abstract
Nuclear structure studies beyond 132 Sn on the shell evolution, the competition or coexistence of single- particle and collective structures and the GT strength are performedusing prompt and decay spectroscopy. Here, we present an overview of our recent data from such experiments on neutron-induced fission products in the mass chain A=136 using the EXILL and Lohengrin spectrometers at the ILL in the framework of other studies we have recently performed in the region around 132 Sn.
Highlights
One of the most interesting regions of the nuclear chart as the one around the doubly-magic 132 Sn, attracts a lot of experimental and theoretical attention
We present an overview of our recent data from such experiments on neutron-induced fission products in the mass chain A=136 using the EXILL and Lohengrin spectrometers at the ILL in the framework of other studies we have recently performed in the region around 132 Sn
The prompt measurements of A = 136 were done within EXILL [20], using 235 U and 241 Pu targets and γγγ coincidences recorded by Clover HpGe detectors
Summary
Nuclear structure studies beyond 132 Sn on the shell evolution, the competition or coexistence of singleparticle and collective structures and the GT strength are performed using prompt and decay spectroscopy.
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