Wigmans, R

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{`3‘tQ{°]detectors.detector in an LHC environment, including its integration in a larger system ofstudying in detail the aspects that are relevant for application of this type offor successful LHC experiments. Therefore, we propose an R&D programme fortor has the potential of meeting the exceptionally difiicult requirements neededscintillating fibres. Based on its excellent performance, we believe that this detecdetectors. Recently, we tested a 20-ton prototype calorimeter containing 176,855towards a mature technology allowing the construction of high-precision particlepensating lead / scintillating fibre calorimeter technique from its conceptual stageIn the past 2% years, the SPACAL Collaboration have developed the comAbstractSpokesman: Richard Wigmans, CERNParis VI - Pavia - Rio de Janeiro - San Diego - Weizmann InstituteAmsterdam - Cagliari · CERN - Ecole Polytechnique - Lisbon — NaplesThe SPACAL CollaborationScfiyProposalIt WCCScintillating fibre calorimetry at the LHC{Om?{ Os Gl_ ESC00000695as llllllllllllllllllllllllllllllllllllDRDC/S 1CERN LIBRARIES, GENEVA€ERN/DRDC /90-24

Scintillating fibre calorimetry at the LHC

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