The ability to identify, reconstruct and trigger on muons is essential for LHC experiments, since most of the physics LHC is designed to explore is characterized by the signature of muons. The different design principles of the ATLAS and CMS muon spectrometers and the implications on operation and reconstruction strategies are discussed.
Muon reconstruction and identification in ATLAS and CMS
AMAPANE, Nicola Carlo;
2005-01-01
Abstract
The ability to identify, reconstruct and trigger on muons is essential for LHC experiments, since most of the physics LHC is designed to explore is characterized by the signature of muons. The different design principles of the ATLAS and CMS muon spectrometers and the implications on operation and reconstruction strategies are discussed.
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