The unbound level structure of C has been studied using the 'OB(3He, t)' C reaction. Bombarding energy was 38.2 MeV and tritons were detected in an energy-loss spectrometer. In the seven spectra taken, at lab angl. es from 2, 5' to 30', the broad 6.60 MeV prominence was well fitted by a single Lorentzian-shaped peak, while the 5.28 MeV region was well fitted by two peaks. The excitation energies of these peaks were obtained using known levels in C, populated from the B impurity in the 8 target.NUCI EAR REACTIONS~oB(He, t); E=28.2 MeV; deduced level structure in broad peaks by fitting spectra; measured E", I' of levels found.In conjunction with a study of "Be via 9Be(d, P), '
The level structure of 87y has been studied using in-beam v-ray spectroscopic methods. Many previously unknown states have been observed. Members of the rc(gg/2)v(g9/2) -2 multiplet are identified. The results are discussed in terms of the weak-coupling model.
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