Abstract
Neutrons from the 6 MeV deuteron bombardment of 11B and 15N have been investigated by the time-of-flight method. Angular distributions of (d, n) transitions to nine states in 12C up to 16.11 MeV and to five states in 16O up to 8.88 MeV excitation energy are obtained and analysed with DWBA theory to yield l-values and spectroscopic factors. The results are reasonably well interpreted in the framework of the shell model by ascribing a predominant one-particle-one-hole component to most of the observed excited states. Prominent exceptions are the 0 +(7.66 MeV) state in 12C and the 2 +(6.92 MeV) state in 16O for which a more complicated structure is required.
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