Fusion-evaporation reactions: a tool for gamma-ray spectroscopy on light nuclei

J. Gibelin,L. W. Phair,M. Wiedeking,L.A. Bernstein,J. T. Burke,D.L. Bleuel,R M Clark,M Cromaz,M.A. Deleplanque,P. Fallon,R. Hatarik,P.T. Lake,I.‐Y. Lee,S.R. Lesher,B.F. Lyles,A. O. Macchiavelli,M. A. McMahan,Elena Rodriguez-Vieitez,L.G. Moretto

Fusion-evaporation reactions: a tool for gamma-ray spectroscopy on light nuclei

2008

J. Gibelin
L. W. Phair
M. Wiedeking
L.A. Bernstein
J. T. Burke
D.L. Bleuel
R M Clark
M Cromaz
M.A. Deleplanque
P. Fallon
R. Hatarik
P.T. Lake
I.‐Y. Lee
S.R. Lesher
B.F. Lyles
A. O. Macchiavelli
M. A. McMahan
Elena Rodriguez-Vieitez
L.G. Moretto

We have studied the weak‐decay channels of fusion/evaporation in light projectile/light target systems in order to provide reliable predictions for gamma‐spectroscopy experiments.

Keywords:

Radioactive decay
Nuclear structure
Particle detector
Evaporation
Atomic physics
Nuclear reaction
Fusion power
Gamma spectroscopy
Scattering
Physics
Fusion
Projectile

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