Abstract
Cross-section and vector analyzing power angular distributions using 15 MeV deuterons were taken over an angular range of θ 1ab = 20–100° for the 10B(d, t) 9B g.s.and 2.36 Mev state, 10B(d, 3He) 9Be g.s. and 2.43 Mev state, 13C(d, t) 12C g.s., 14N(d, t) 13N g.s., and 14N(d, 3He) 13C g.s. reactions, and vector analyzing power data alone were taken for the 16O(d, t) 15O g.s. and 16O(d, 3He) 15N g.s. reactions. Beams of vector-polarized deuterons were used for the vector analyzing power determinations. A comparison is made of the results for (d, t) and (d, 3He) reactions leading to mirror states when the self-conjugate targets 10B and 14N are used. The reactions provide evidence for a j-dependence of the vector analyzing power for l = 1 transfers in 1p shell nuclei. When the reactions involve a j-value admixture, the vector analyzing powers are used to attempt to determine percentage admixtures involved in the population of several final states.
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