Abstract
Neutron resonances in $sup 24$Na from E/subr/ = 0 to 1 MeV are studied with the $sup 23$Na(d, p)$sup 24$Na reaction at E/subd/ = 11.0 MeV using a biased quadrupole spectrometer. Fractionated single-particle states are identified via their forward angle cross sections, using distorted wave Born-approximation predictions with resonance state form factors for the residual $sup 24$Na system. Spectroscopic results are compared with those from (n, n) and/or (n, $gamma$) studies over the same region of excitation. (AIP)
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