Abstract
Energy spectra of deuterons from the 27Al(n, d) 26Mg reaction due to 56.3 MeV neutrons incident have been measured for 10° ≦ θ c.m. ≦ 55°. The angular distributions for the excitations observed at 0.0, 1.81, and 4.33 MeV are quite well described by DWBA calculations and yield spectroscopic factors in agreement with shell model calculations; but with calculations based on the rotational model, the agreement is less satisfactory particularly for the 4.33 MeV level. For the states at 7.86 and 9.16 MeV the fits, assuming p-shell pick-up, are only fair. Comparison with 27Al(d, 3He) 26Mg measurements shows that the deduced spectroscopic factors for the two reactions agree quite well.
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