Abstract
The energy levels of 34S have been studied with the 33S(d, p) 34S reaction at E d = 12 MeV. A split-pole magnetic spectrograph was used to record the deuteron spectra at 10 angles from 9° to 59°. An overall energy resolution of 16 keV was achieved. The results make possible the identification of the major components of the 1d 3 2 1f 7 2 , T= 1 configuration. The two-body matrix elements of the d 3 2 f 7 2 interaction are compared with other known d 3 2 f 7 2 multiplets and with theoretical calculations.
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