ICARUS: an innovative detector for underground physics

F. Arneodo,B. Babussinov,G. Battistoni,P. Benetti,A. Badertscher,E. Bernardini,A. Borio di Tigliole,R. Brunetti,A. Bueno,E. Calligarich,M. Campanelli,C. Carpanese,D. Cavalli,F. Cavanna,P. Cennini,S. Centro,A. Cesana,C. Chen,Y Chen,D. Cline,C. De Vecchi,R. Dolfini,Arnaud Ferrari,A. Gigli Berzolari,K. He,X. Huang,Z. Li,F. Lu,J. Ma,C. Matthey,F. Mauri,D. Mazza,L. Mazzone,G. Meng,C. Montanari,G. Nurzia,S. Otwinowski,O. Palamara,D. Pascoli,L. Periale,S. Petrera,G. Piano Mortari,A. Piazzoli,P. Picchi,F. Pietropaolo,T. Rancati,A. Rappoldi,G.L. Raselli,J. Rico,M. Rossella,C. Rossi,A. Rubbia,C. Rubbia,P. Sala,D. Scannicchio,F. Sergiampietri,N. Sinanis,M. Terrani,P. Torre,Sandro Ventura,C. Vignoli,H. Wang,J. Woo,G. Xu,C." Zhang,Q. Zhang,S. Zhen

ICARUS: an innovative detector for underground physics

2001

Abstract The ICARUS project and in particular the construction of the 600 t module, is described. The system to detect light from liquid argon scintillation, based on photomultiplier tubes immersed in the liquid is described in some detail.

Keywords:

Photomultiplier
Proton decay
Nuclear physics
Neutrino oscillation
Detector
Scintillation
ICARUS
Nuclear magnetic resonance
Physics
Argon
liquid argon

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