Abstract
Abstract The absolute differential cross sections have been measured for (d, n) reactions on 10, 11 B and 12, 13 C at an incident deuteron energy of 11.8 MeV. The measured angular distributions were compared with distorted-wave Born approximation (DWBA) calculations using average 1p shell parameters. These calculations successfully reproduce the general shape of the angular distributions, but fail to predict the magnitude of the cross sections at back angles. Absolute spectroscopic factors have been extracted and compared with theoretical predictions and previous experimental measurements. A definite J -dependence in the structure of the angular distributions is observed but is not reproduced by the DWBA calculations. The deduced spectroscopic factors are also compared with the results from (τ, d) reactions to look for a possible T -dependence.
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