Intermediate coupling shell model for Be9

French, J. B. ; Halbert, E. C. ; Pandya, Sudhir P. (1955) Intermediate coupling shell model for Be9 Physical Review, 99 (5). pp. 1387-1392. ISSN 0031-899X

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Energy levels, nuclear moments, and relative deuteron reaction cross sections are calculated for Be9 using a Rosenfeld central and a one-particle spin-orbit interaction. The level structure and the magnetic dipole moment are sensitive functions of the magnitude of the spin-orbit interaction. The best fit to the experimentally found spectrum is given at a value a/K=1.7 for the intermediate coupling parameter of Inglis and at K=1.33 Mev for the Slater integral parameter. The 2.43-Mev state, in particular, is predicted to be 5/2-. The observed magnetic moment is fitted either in extreme jj coupling or once again at a/K=1.7. Certain relative cross sections in the reactions B10(n, d)Be9 and B10(p, d)B9 are calculated and found to be in agreement with experiment.

Item Type:Article
Source:Copyright of this article belongs to The American Physical Society.
ID Code:35433
Deposited On:11 Apr 2011 10:29
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