The high-spin states of neutron-deficient doubly odd nucleus 190Tl have been investigated via the 160Gd (35Cl,5n)19Tl reaction at 167 and 175 MeV beam energies by using techniques of in-beamγ-ray spectroscopy. Measur...
High spin states in 174Re have been re-investigated via the 152Sm(27Al,5n)174 Re reaction at a bombarding energy of 14-0 MeV. The 27Al beam was provided by the JAERI tandem accelerator and impinged on an enriched 152S...
High-spin Level structure of 188T1 has been studied via the 157Gd(35Cl, 4n) fusion-evaporation reaction at beam energy of 170 MeV. The 35Cl beam was provided by the JAERI tandem accelerator and impinged on an enriched...
Supported by NNSFC (10375077, 10025525,10221003)the Major State Basic Research Development Program of China (G2000077400)the Chinese Academy of Sciences.
Low-spin signature inversion has been systematically observed throughout the chart of nuclides in the πg9/2(■) vg9/2, πh11/2(■)vh11/2, πh11/2(■)vh13/2, and πh9/2(■) vi13/2, configurations. Considering the high...
Supported by NSFC(10375077 and 10221003)Major State Basic Research Development Program (TG2000077402).
The high-spin states of 190Tl, populated via the 160Gd(35Cl, 5n)190Tl fusion-evaporation reaction at 167 and 175 MeV beam energies, have been investigated by in-beam γ-ray spectroscopy. Based on the experiment measur...