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Test beam of a quartz-fibre calorimeter prototype with a passive front section

1997; Elsevier BV; Volume: 400; Issue: 2-3 Linguagem: Inglês

10.1016/s0168-9002(97)01003-6

1872-9576

N. Akchurin, S. Ayan, G. Bencze, K. A. Chikin, H.O. Cohn, S. Doulas, I. Dumanoğlu, E. Eşkut, A. Fenyvesi, J. Ferrando, M. C. Fouz, V. Gavrilov, Y. Gershtein, C. Hajdu, J Iosifidis, M. I. Josa, Arshad Khan, S.B Kim, V. N. Kolosov, Sergey Kuleshov, J. Langland, D. O. Litvintsev, J.-P. Merlo, J. Molnár, Alexei V. Nikitin, Y. Onel, G. Önengüt, D. Osborne, N. Özdeş-Koca, A. Penzo, E. Pesen, V. Podrasky, A. Rosowsky, J.M. Salicio, C. Sanzeni, R. Sever, Hughes H. Silvestri, V. Stolin, L. Sulak, J. D. Sullivan, A. Ulyanov, A Umashev, S Uzunian, G. I. Veres, G. Vesztergombi, D. Winn, Robert S. Winsor, P. Zalán, M. Zeyrek,

Advanced Fiber Optic Sensors

We present test-beam data analysis of a quartzfibre calorimeter prototype composed of a single active section with a passive absorber in front of it. The partial suppression of the electromagnetic showers leads to the equalization of the response to electrons and pions for a given depth of this passive section. Results are compared with the Monte-Carlo expectations.