학술논문
Results from tests on matrices of lead tungstate crystals using high energy beams
Document Type
Article
Author
Peigneux, J.P; Schneegans, M; Bateman, E; Burge, S; Cockerill, D; Connolly, J; Smith, B; Stephenson, R; Auffray, E; Barney, D; Dafinei, I; Lecoq, P; Virdee, T.S; Faure, J.L; Givernaud, A; Locci, E; Verrecchia, P; Barney, J; Cameron, W; Clark, D; Miller, D; Seez, C; Williams, M; Rusack, R; Bourotte, J; Haguenauer, M; Korzhik, M; Alexeev, G; Katchanov, V; Oukhanov, M; Shagin, P; Singovsky, A; Denes, P; Fluegel, T; Renker, D
Source
Nuclear Instruments and Methods in Physics Research Section A; August 1996, Vol. 378 Issue: 3 p410-426, 17p
Subject
Language
ISSN
01689002
Abstract
The performance of lead tungstate crystals using photomultipliers and Si avalanche photodiodes to detect the scintillation light has been studied using high energy electron, pion and muon beams at CERN. Results from tests carried out in 1993 and 1994 are presented. Good energy resolution has been obtained using photomultipliers. Some further development is required of crystals and avalanche photodiodes in order to achieve a performance, with avalanche photodiode readout, similar to that obtained using photomultipliers.