Nuclear forward glory, sigma(R) and f(N) (0 degrees) in the scattering of He-6 by carbon
(1999) Physical Review C (Nuclear Physics) — Vol. 6006, n° 6 (1999)
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- Abstract
- Using the generalized optical theorem for charged particles, the total reaction cross section sigma(R) and the nuclear scattering amplitude f(N) at 0 degrees have been determined model independently for the first time in the He-6+C-12 system. A large fraction of sigma(R), is accounted for by f(N)(0 degrees) -a manifestation of the nuclear forward glory effect. A comparison with the Li-6+C-12 system supports the prediction that the high break-up probability of He-6 reduces the fraction of the total reaction cross section accounted for by the nuclear scattering amplitude at 0 degrees. [S0556-2813(99)03011-3].
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Citations
Ostrowski, A., Shotter, AC., Galster, W., Cherubini, S., Davinson, T., Laird, A., & Ninane, A. (1999). Nuclear forward glory, sigma(R) and f(N) (0 degrees) in the scattering of He-6 by carbon. Physical Review C (Nuclear Physics), 6006(6). https://hdl.handle.net/2078.5/140097 (Original work published 1999)