Author:
Shin C.D.,Ajimura S.,Cheoun M.K.,Choi J.H.,Choi J.Y.,Dodo T.,Goh J.,Haga K.,Harada M.,Hasegawa S.,Hiraiwa T.,Hwang W.,Iida T.,Jang H.I.,Jang J.S.,Jeon H.,Jeon S.,Joo K.K.,Jung D.E.,Kang S.K.,Kasugai Y.,Kawasaki T.,Kim E.J.,Kim J.Y.,Kim S.B.,Kim W.,Kinoshita H.,Konno T.,Lee D.H.,Lim I.T.,Little C.,Marzec E.,Maruyama T.,Masuda S.,Meigo S.,Monjushiro S.,Moon D.H.,Nakano T.,Niiyama M.,Nishikawa K.,Pac M.Y.,Park H.W.,Park J.S.,Park R.G.,Peeters S.J.M.,Rott C.,Sakai K.,Sakamoto S.,Shima T.,Spitz J.,Suekane F.,Sugaya Y.,Suzuya K.,Taira M.,Takeuchi Y.,Yamaguchi Y.,Yeh M.,Yeo I.S.,Yoo C.,Yu I.
Abstract
Abstract
The JSNS2 (J-PARC Sterile Neutrino Search at J-PARC
Spallation Neutron Source) is an experiment designed for the search
for sterile neutrinos. The experiment is currently at the stage of
the second phase named JSNS2-II with two detectors at near and
far locations from the neutrino source. One of the key components of
the experiment is an acrylic vessel, that is used for the target
volume for the detection of the anti-neutrinos. The specifications,
design, and measured properties of the acrylic vessel are
described.
Subject
Mathematical Physics,Instrumentation
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