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Introduction
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The CLEO III
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The CLEO III
Contents
Contents
Introduction
Lessons from the CLEO II detector
Design philosophy for CLEO III
Tracking
Particle identification
Physics overview
physics
Charm physics
Tau physics
Physics at a Symmetric
Collider
decay studies
Goals of
decay studies
and form-factors in semileptonic decays
Rare
decays
CP violation
Charm decay physics
Semileptonic decays
Hadron spectroscopy
Rare charm decays
Measurement of
Charm mixing
Tau decay physics
Tau neutrino mass
Decay modes and branching ratios
Structure of the
vertex
Tau lifetime
Two photon physics
physics
Conclusions
Simulation of CLEO II and CLEO III
Parametric model studies
Material effects on the CsI calorimeter
Simulation results
Single track simulations
mass difference
decay simulations
Summary
Detector Design
Front-end electronics, triggering, and data acquisition
CLEO II system
Trigger
Gating and event flow control
Front-end electronics
Data acquisition
System performance
CLEO III
Trigger
Gating and event flow control
Front-end electronics
Data acquisition
Slow controls
R&D
IR design
Overview of CESR luminosity upgrade
Accelerator components
IR magnets
Parasitic beam crossings
Optics
Aperture
Mechanical requirements
Magnet layout options
Mounting and support
Vacuum system
Overall summary
References
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