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Neutron orbits near doubly-magic $$^{78}$$Ni and $$^{132}$$Sn from reactions with radioactive beams

Orlandi, R.  

Orlandi, R.

Transfer reactions are a valuable tool to study the evolution of shell structure away from stability. In particular, studies of nuclei in the proximity of exotic doubly-magic nuclei like $$^{78}$$Ni and $$^{132}$$Sn are key systems to test our theoretical understanding. Single-neutron states in the Z = 30, N = 49 isotope $$^{79}$$Zn have been populated using the $$^{78}$$Zn(d,p)$$^{79}$$Zn transfer reaction in inverse kinematics at REX-ISOLDE, CERN. The experimental setup allowed the combined detection of protons ejected in the reaction, and of $$gamma$$ rays emitted by $$^{79}$$Zn. From the analysis of $$gamma$$-ray and proton data, low-lying states in $$^{79}$$Zn were observed and identified. Comparison with large-scale shell-model calculations permits to constrain the size of the N=50 shell gap in $$^{78}$$Ni. Neutron-hole states in $$^{131}$$Sn were populated using the $$^{132}$$Sn(d,t)$$^{131}$$Sn reaction at Oak Ridge National Laboratory. Measured cross sections and their impact of single-hole energies in $$^{132}$$Sn will also be presented.

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