No abstract

The elastic-scattering, neutron transfer and projectile break-up channels have been studied for the reaction 6 He + 64 Zn at energies around the Coulomb barrier. The results show a very large break-up and transfer cross-section corresponding to the largest fraction of the total reaction cross-section. No evidence of threshold anomaly emerged from the elasticscattering optical-model analysis.

No abstract

No abstract

No abstract

High-spin states in 162 Ho have been populated in the reaction 160 Gd( 7 Li, 5n) at a beam energy of 49 MeV. The K π = 1 − band, the low-K Gallagher-Moszkowski (GM) partner band of known high-K(K π = 6 − ) band, based on the configuration π 7/2 − [523] ⊗ ν5/2 + [642], and the K π = 6 + band, the high-K GM partner band of known low-K(K π = 1 + ) band, based on the configuration π 7/2 − [523] ⊗ ν5/2 − [523], have been identified. GM splitting energies, defined as E GM = E K int − E K int , 80 keV and −135 keV were extracted from these two sets of GM doublet bands, respectively. They are comparable with 65 keV and −145 keV, reported recently by Hojman et al. for the corresponding configurations π 7/2 − [523] ⊗ ν5/2 + [642] and π 7/2 − [523] ⊗ ν5/2 − [523] in 164 Ho, respectively.

No abstract

No abstract