Department of Physics and Laboratory for Nuclear Science, Massachusetts Institute of Technology, Cambridge, Mass 02139, USA
Abstract:
The γ-decays of the states in 47Ti at 157 keV and 1547 keV have been studied following the 46Ti(d, p)47Ti reaction at 5.0 MeV incident energy. Protons were detected at 0° with a semiconductor detector. The angular correlations of the γ-rays with the reaction protons were measured. The E2/M1 mixing ratios of the γ-decays and the population ratios of the
to the
substates were deduced. From the non-zero population of the
substate it was concluded that a spin-flip mechanism exists in the 46Ti(d, p)47Ti stripping reaction.