Open AccessRadon backgrounds in the DEAP-1 liquid-argon-based Dark Matter detector
Author(s) -
P.-A. Amaudruz,
M. Batygov,
B. Beltran,
K. Boudjemline,
M.G. Boulay,
B. Cai,
T. Caldwell,
M. Chen,
R. Chouinard,
B.T. Cleveland,
D. Contreras,
K. Dering,
F. Duncan,
R. Ford,
R. Gag,
F. Giuliani,
M. Gold,
V.V. Golovko,
P. Gorel,
K. Graham,
D.R. Grant,
R. Hakobyan,
A.L. Hallin,
P. Harvey,
C. Hearns,
C.J. Jillings,
M. Kuźniak,
I. Lawson,
O. Li,
J. Lidgard,
P. Liimatainen,
W.H. Lippincott,
R. Mathew,
A.B. McDonald,
T. McElroy,
K. McFarlane,
D. McKinsey,
A. Muir,
C. Nantais,
K. Nicolics,
J. Nikkel,
T. Noble,
E. Oapos;Dwyer,
K.S. Olsen,
C. Ouellet,
P. Pasuthip,
T. Pollmann,
W. Rau,
F. Retiere,
M. Ronquest,
P. Skensved,
T. Sonley,
J. Tang,
E. Vázquez-Jáuregui,
L. Veloce,
M. Ward
Publication year - 2015
Publication title -
carolina digital repository (university of north carolina at chapel hill)
Language(s) - English
DOI - 10.17615/q6d0-tr08
Subject(s) - argon , dark matter , radon , detector , physics , environmental science , astrophysics , optics , nuclear physics , atomic physics