β-delayed neutron emission from 12,14Be
U.C. Bergmann
,
L. Axelsson
,
M.J.G. Borge
,
V.N. Fedoseyev
,
C. Forssén
,
H.O.U. Fynbo
,
S. Grévy
(1)
,
P. Hornshøj
,
Y. Jading
,
B. Jonson
,
U. Köster
,
K. Markenroth
,
F.M. Marqués
(1)
,
V.I. Mishin
,
T. Nilsson
,
G. Nyman
,
A. Oberstedt
,
H.L. Ravn
,
K. Riisager
,
G. Schrieder
,
V. Sebastian
,
H. Simon
,
O. Tengblad
,
F. Wenander
,
K. Wilhelmsen Rolander
U.C. Bergmann
- Function : Author
L. Axelsson
- Function : Author
M.J.G. Borge
- Function : Author
V.N. Fedoseyev
- Function : Author
C. Forssén
- Function : Author
H.O.U. Fynbo
- Function : Author
P. Hornshøj
- Function : Author
Y. Jading
- Function : Author
B. Jonson
- Function : Author
U. Köster
- Function : Author
K. Markenroth
- Function : Author
F.M. Marqués
- Function : Author
- PersonId : 941129
- ORCID : 0000-0002-9456-6448
V.I. Mishin
- Function : Author
T. Nilsson
- Function : Author
- PersonId : 755193
- ORCID : 0000-0001-9604-6377
G. Nyman
- Function : Author
A. Oberstedt
- Function : Author
H.L. Ravn
- Function : Author
K. Riisager
- Function : Author
G. Schrieder
- Function : Author
V. Sebastian
- Function : Author
H. Simon
- Function : Author
O. Tengblad
- Function : Author
F. Wenander
- Function : Author
K. Wilhelmsen Rolander
- Function : Author
Abstract
The existence of β-delayed particle emission allows one to study the β-strength distribution, and thereby the ground-state structure, of exotic drip-line nuclei. A time-correlation method has been applied to recent data on the heaviest Be-isotopes to determine their neutron branches. Improved results were obtained for 12Be and new results were found for the very short-lived neutron-emitter, 14Be.