Nuclear structure effects in entry state population using {open_quotes}total spectroscopy{close_quotes} of {sup 58}Ni({sup 28}Si,4p) {sup 82}Sr at 130 MeV

The entry state populations coincident with transitions in different rotational bands in {sup 82}Sr at high spin (14 h) were constructed by means of {open_quotes}total spectroscopy{close_quotes}, i.e. detecting all emitted particles and {gamma} rays in the specified exit channel. The charged particles were detected by a 4{pi} highly segmented CsI (Tl) detector array and the {gamma} rays by a 4{pi} multidetector array consisting of 45 NaI(Tl) crystals and 18 Compton suppressed Ge(Li) detectors. Differences between the entry state populations corresponding to different bands were observed. This is consistent with the differences observed in proton spectra associated with different bands at high spin in this measurement and in a previous one. These results indicate that parts of the entry states region exhibit preferential population of different rotational bands.