Studies of scintillating crystals for HEP calorimetry exposed to high hadron fluences
by
Francesca Nessi-Tedaldi(Eidgenossische Technische Hochschule Zurich/ETH (ETH))
→
Europe/Zurich
40-S2-D01 (CERN)
40-S2-D01
CERN
Description
Abstract:
High-precision calorimetry is facing a new challenge with the planning of a superLHC upgrade to collider and experiments. In particular, electromagnetic end cap calorimeters will be exposed to a high radiation environment and unprecedentedly large particle fluences. The evaluation of different scintillating crystals for coping with that environment is urgent for upgrade planning and possibly for further R&D that might be needed on photodetectors and general calorimeter design.
Performance results will be presented for Lead Tungstate, Cerium Fluoride and LYSO crystals exposed to high charged hadron fluences. Qualitative studies to attempt understanding the nature of hadron-specific performance changes will also be shown.
Detector Seminar webpage