A spin-dependent stripping theory of the reactions 6Li(d, p 0)7Li and 6Li(d, p1) 7Li* at 2.9 MeV bombarding energy

Robson, B. A.

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A spin-dependent stripping theory of the reactions 6Li(d, p 0)7Li and 6Li(d, p1) 7Li* at 2.9 MeV bombarding energy

Date

1966

Authors

Robson, B. A.

Abstract

The angular distributions observed in the 6Li(d, p 0)7Li and 6Li(d, p1) 7Li* reactions at 2.9 MeV bombarding energy are described using the spin-dependent distorted wave theory of ordinary stripping. For both reactions the neutron may be captured with total angular momentum j = 1/2 or j = 3/2. The different cross sections at large angles are explained in terms of a relatively larger j = 1/2 contribution to the ground-state transition.

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https://dspace-test.anu.edu.au/handle/1885/733743562

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DevOps Pure Testing

Source

Proceedings of the Physical Society

Type

Article

DOI

10.1088/0370-1328/88/2/310

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A spin-dependent stripping theory of the reactions 6Li(d, p 0)7Li and 6Li(d, p1) 7Li* at 2.9 MeV bombarding energy

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