Studies on the Ne(p, d)Ne and Ne(d, p)Ne reactions |
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Authors: | A J Howard J G Pronko and R G Hirko |
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Institution: | Wright Nuclear Structure Laboratory, Yale University, New Haven, Connecticut, USA |
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Abstract: | Angular distribution measurements have been performed on the 21Ne(p, d)20Ne and 21Ne(d, p)22Ne reactions at Ep = 20 MeV and Ed = 10.2 MeV, respectively. In the 21Ne(p, d) 20Ne reaction, the prolific formation of the Jπ = 2+, 1.63 MeV state was characterized by ln = 2 pickup, and the distribution associated with the 44, 4.25 MeV state was suggestive of a weak ln = 2 pickup. All of the observed ln = 1 pickup strength is associated with formation of the 2?, 4.97 MeV 20Ne level. The 21Ne(d, p)22Ne results indicate that ln = 2 transfer is involved in the formation of the 1.28, 3.36, 5.52, 5.63 and 6.65 MeV 22Ne states. The angular distribution observed for the 2+, 4.46 MeV state and also the unresolved 5.33, 5.36 MeV composite of states required both ln = 0 and ln = 2 components in the associated distorted-wave Born approximation fits. The spectroscopic factors extracted from the present results are compared with those predicted by the Nilsson model without mixing: Applications of the angular momentum projection rule to the 21Ne(d, p)22Ne reaction are considered. |
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Keywords: | Nuclear reactions |
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