(ALPHA,BE-8) REACTION IN 1P SHELL
PHYSICAL REVIEW C 14:3 (1976) 815-834
DWBA analysis for single-particle transfers induced by 11B on 26Mg at 114 Mev
Nuclear Physics, Section A 252:1 (1975) 173-186
Abstract:
Detailed angular distributions using a position sensitive counter telescope were measured for all four possible single-nucleon transfer reactions induced by a 114 MeV 11B beam on 26Mg. Dififractive oscillations observed in the transfer data are reproduced by the distorted-wave Born-approximation analysis. A well determined class of optical potentials, which are strongly absorbing in the nuclear interior but nearly transparent at the surface were obtained by fitting the entrance channel elastic scattering data. Spectroscopic factors for final target states were deduced, in good agreement with those obtained from light ion experiments. © 1975.Predictions of the masses of highly neutron-rich light nuclei
Physical Review C 11:6 (1975) 2049-2055
Abstract:
A simple mass equation is derived and is shown to provide a good description of the masses of the recently measured TZ=52 nuclei in the s-d shell. A comparison is made with the method of Garvey et al. and predictions of masses and of the stability of neutron-excess light nuclei are given for both methods. NUCLEAR STRUCTURE Derived mass equation based on shell model; compared predictions with method of Garvey et al. © 1975 The American Physical Society.(BE-9,B-8) REACTION AND UNBOUND NUCLIDE LI-10
PHYSICS LETTERS B 59:2 (1975) 142-144
The electromagnetic decay of 17N
Nuclear Physics, Section A 226:3 (1974) 424-444