The 59Co(d, 3He)58Fe reaction at a deuteron energy of 33.3 MeV was used to populate proton hole states in 58Fe. Angular distributions were measured for the states up to 6 MeV excitation. From DWBA analysis, l-values and spectroscopic factors were extracted. The particle-vibration coupling model was used to interpret the positive-parity states observed in the present experiment as well as the related properties of 58Fe established so far. The model calculation has reproduced rather well the level properties of 58Fe.
- Nuclear reaction
ASJC Scopus subject areas
- Nuclear and High Energy Physics