Two-proton decay of the 6Be ground state and the double isobaric analog of 11Li
Paper in proceeding, 2013
Two-proton decay is discussed in a number of light isobaric multiplets. For the lightest two-proton emitter, 6Be, the momentum correlations between the three decay products were measured and found to be consistent with quantum-mechanical three-cluster-model calculations. Two-proton decay was also found for two members of the A=8 and A=11 quintets. Finally, a third member of the A=11 sextet, the double isobaric analog of the halo nucleus 11Li in 11B was observed by its two-proton decay.
Author
R. J. Charity
Washington University in St. Louis
J. M. Elson
Washington University in St. Louis
S.A. Komarov
Washington University in St. Louis
L. G. Sobotka
Washington University in St. Louis
J. Manfredi
Washington University in St. Louis
R. Shane
Washington University in St. Louis
I. A. Egorova
Joint Institute for Nuclear Research (JINR)
L.V. Grigorenko
Joint Institute for Nuclear Research (JINR)
K. Hagino
Tohoku University
D. Bazin
Michigan State University
Z. Chajȩcki
Michigan State University
D.D.S. Coupland
Michigan State University
A. Gade
Michigan State University
H. Iwasaki
Michigan State University
M. Kilbrun
Michigan State University
J. Lee
Michigan State University
S.M. Lukyanov
Michigan State University
W.G. Lynch
Michigan State University
M. Mocko
Michigan State University
S.P. Lobastov
Michigan State University
A. Rodgers
Michigan State University
A. Sanetullaev
Michigan State University
M.B. Tsang
Michigan State University
M.S. Wallace
Michigan State University
J.R. Winkelbauer
Michigan State University
M. Youngs
Michigan State University
S. Hudan
Indiana University
C.J. Metelko
Indiana University
M.A. Famino
Western Michigan University
S.T. Marley
Western Michigan University
D.V. Shetty
Western Michigan University
A. H. Wuosmaa
Western Michigan University
M.J.V. Goethem
Kernfysisch Versneller Institut
Mikhail Zhukov
Chalmers, Applied Physics, Subatomic Physics
Journal of Physics: Conference Series
17426588 (ISSN) 17426596 (eISSN)
Vol. 420 1 012073Subject Categories
Subatomic Physics
Physical Sciences
Roots
Basic sciences
DOI
10.1088/1742-6596/420/1/012073