Studies of Wavelength-Shifting Liquid Filled Quartz Capillaries for Use in A Proposed Cms Calorimeter

B. Baumbaugh,T. Adams,M. Arenton,A. Askew,R. Becker,B. Bilki,A. Bornheim,B. Cox,P. Debbins, N. Dev,G. Dissertori,B. Dolezal,K. Ford,S. Goadhouse,R. Hirosky,A. Heering,C. Jessop,H. Li, P. Link, W. Lustermann,M. Marinelli,M. McKenna, P. Meridani,F. Micheli, C. Mohs, Y. Musenko,F. Nessi-Tedaldi,C. Neu,H. Newman,Y. Onel,R. Ruchti, N. Siwiets,M. Spiropulu,T. Tabarelli-de Fatis,J. Taylor,M. Vigneault,M. Wayne, F. Yang, L. Zhang,R-Y Zhu

2015 IEEE Nuclear Science Symposium and Medical Imaging Conference (NSS/MIC)（2015）

Cited 4|Views23

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Key words

wavelength-shifting liquid filled quartz capillaries,CMS Calorimeter,Shashlik detector construction,Shashlik detector design,radiation hard quartz capillaries,scintillation light,LYSO crystals,Phase II CMS upgrade,CERN,capillary construction techniques

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