TY - JOUR
T1 - alpha+Li and H+Be decay of B-10,B-11,B-12
AU - Curtis, Neil
AU - Ashwood, Nicholas
AU - Catford, WN
AU - Clarke, Norman
AU - Freer, Martin
AU - Mahboub, D
AU - Metelko, CJ
AU - Pain, SD
AU - Soic, N
AU - Weisser, DC
PY - 2005/1/1
Y1 - 2005/1/1
N2 - A study of the alpha+Li-6, alpha+Li-6(*), d+Be-8 and p+Be-9 decay of B-10, the alpha+Li-7, t+Be-8, and d+Be-9 decay of B-11 and the alpha+Li-8 and t+Be-9 decay of B-12 has been performed using the C-12(Li-7, B-10(*))Be-9, O-16(Li-7, B-10(*))C-13, Li-7(Li-7, B-11(*))t, and Li-7(Li-7, B-12(*))d reactions at 58 MeV. The excitation energy of the B-10,11,12(*) was determined following the coincident detection of the alpha+Li and H+Be decay fragments. A study of the relative yields for the decay of a number of excited states in B-10,11,12(*) indicates that the alpha-decay channel dominates in all cases.
AB - A study of the alpha+Li-6, alpha+Li-6(*), d+Be-8 and p+Be-9 decay of B-10, the alpha+Li-7, t+Be-8, and d+Be-9 decay of B-11 and the alpha+Li-8 and t+Be-9 decay of B-12 has been performed using the C-12(Li-7, B-10(*))Be-9, O-16(Li-7, B-10(*))C-13, Li-7(Li-7, B-11(*))t, and Li-7(Li-7, B-12(*))d reactions at 58 MeV. The excitation energy of the B-10,11,12(*) was determined following the coincident detection of the alpha+Li and H+Be decay fragments. A study of the relative yields for the decay of a number of excited states in B-10,11,12(*) indicates that the alpha-decay channel dominates in all cases.
U2 - 10.1103/PhydRevC.72.044320
DO - 10.1103/PhydRevC.72.044320
M3 - Article
VL - 72
JO - Physical Review C
JF - Physical Review C
IS - 4
ER -