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Direct Reaction Measurements Using GODDESS

Authors :
D. Seweryniak
S. Zhu
A. D. Ayangeakaa
Andrew Ratkiewicz
G. L. Wilson
Ian Marsh
S. Burcher
P. L. Tai
C. Thornsberry
Jolie Cizewski
Heather Garland
A. Lepailleur
Michael Scott Smith
A. Engelhardt
D. W. Bardayan
H. Sims
Michael Febbraro
Kelly Chipps
K. L. Jones
T. Baugher
P. Thompson
D. Santiago-Gonzales
J. C. Blackmon
David Walter
Jacob Allen
J. T. Anderson
Patrick O'Malley
R. Blanchard
M. R. Hall
R. L. Kozub
Karl Smith
K. Y. Chae
M. P. Carpenter
J. Hu
Eunji Lee
R. L. Varner
O. Hall
Bertis Rasco
S.C. Shadrick
S. M. Cha
Steven D. Pain
Source :
Physics Procedia. 90:455-462
Publication Year :
2017
Publisher :
Elsevier BV, 2017.

Abstract

GODDESS is a coupling of the charged-particle detection system ORRUBA to the gamma-ray detector array Gammasphere. This coupling has been developed in order to facilitate the high-resolution measurement of direct reactions in normal and inverse kinematics with stable and radioactive beams. GODDESS has been commissioned using a beam of 134 Xe at 10 MeV/A, in a campaign of stable beam measurements. The measurement demonstrates the capabilities of GODDESS under radioactive beam conditions, and provides the first data on the single-neutron states in 135 Xe, including previously unobserved states based on the orbitals above the N=82 shell closure.

Details

ISSN :
18753892
Volume :
90
Database :
OpenAIRE
Journal :
Physics Procedia
Accession number :
edsair.doi...........2a533773cf3d511178a754356738806e
Full Text :
https://doi.org/10.1016/j.phpro.2017.09.051