Heavy-ION Induced Transfer Reactions On 130SN

Nuclear data in the region of the doubly-magic nucleus 132SN is of particular interest for R-process nucleosynthesis as well as benchmarking nuclear structure models. The j-dependence and selectivity of heavy-ion induced transfer reactions to the bound-state~wave function~of a target nucleus can be used to deduce the spin and parity of the directly populated states. Results from 130SN(9BE, 8BE \textsc{}$\gamma $\textsc{) and 130SN(13C, 12C}\textsc{}$\gamma $) single-neutron transfer reactions will be presented. By comparing the relative cross sections of the populated states from two different targets, spin-parity assignments were confirmed. In addition, limits on the lifetimes of some of the populated states have been inferred through the doppler shift.