Calorimetry in High Energy Physics

The Table of Contents for the book is as follows:

• Preface
• Introduction and Overview
  • Selected Topics in Sampling Calorimetry
  • The Quest for New Scintillators
  • Running Experience with the ZEUS High Resolution Calorimeter
  • Gas Ionization Calorimeters with Steel and Lead Absorbers
  • Ionization EM Calorimetry with Accordion Electrodes and Liquid Krypton or Argon
  • The Fire Fly Chamber
  • Gaseous Photomultipliers for the Readout of Scintillators and Detection Cherenkov Radiation
• Readout Devices
  • Recent Developments of the HPD
  • Failure Modes of Large Surface Avalanche Photodiodes in High Energy Physics Environments
  • Readout of WLS Fibers of Shashlik Calorimeter by Matrix of Photodiodes
  • Test of a Fast, Low Noise Readout of Pure CsI Crystals with Avalanche Photodiodes
  • First Observation of the Scintillation of Liquid Xenon, Krypton and Argon with a CsI Photocathode
  • New Readout with Space–Time Mapping Through an Optical Pipeline
  • Performance Tests with a Large Sample of Fine Mesh Photomultipliers for Use at 1.2 Tesla
• Front End
  • A High Precision, High Rate Calorimeter Readout
  • Monolithic GaAs Readout for a LAr Preshower Detector
  • A Digital Front-End and Readout MIcrosystem for Calorimetry at LHC: A Progress Report
  • Monolithic Front-End Preamplifiers for a Broad Range of Calorimetry Applications
  • Performance of Cable-Coupled Preamplifiers (ØT)
  • Cold Front-End Electronics for Liquid Argon Calorimetry
• Sampling Calorimeters
  • Shashlik Calorimeter for CMS
  • STIC, the New DELPHI Luminosity Monitor
  • The New Lead Scintillating Fiber Calorimeter for the H1 Detector
  • Recent Development in Scintillating Fiber Calorimetry in the Framework of the Upgrade of the H1 Backward Electromagnetic Calorimeter at HERA Collider
  • Study of Compensation and Low-Z Cladding Layers Using the Reconfigurable-Stack Calorimeter
  • Performance of 4 Types of Commercial Blue Scintillating Fibers for the “Kloe” Electromagnetic Calorimeter
  • Study of the Performance of the ZEUS Calorimeter System
  • CDF End Plug Calorimeter Upgrade Project
  • Electron-Pion Discrimination with Projective Lead/Scintillating Fiber Calorimeters
  • The PHENIX Electromagnetic Calorimeter
  • Preliminary Results on an Iron/Scintillating Tile Hadron Calorimeter
• DAQ and Trigger
  • The HPC Second Level Trigger in DELPHI
  • SDC Level-1 Calorimeter Trigger
  • A Second-Level Trigger System Based on Calorimeters and Using Neural Networks for Feature Extraction and Electron/Jets Discrimination
  • Programmable Level-1 Calorimeter Trigger with 3D-Flow Processor Array
  • First Results from a Prototype Level-1 Calorimeter Trigger System for LHC
  • FEAST — A Possible Second Level Trigger for ATLAS
  • A Bit-Serial First-Level Calorimeter Trigger for Detectors at LHC
  • Big Liquid Argon Spectrometer Data Acquisition Electronics for the Tagged Neutrino Experiment
• Crystals
  • Beam Studies of an Electromagnetic-Calorimeter Prototype Built of PbWO₄ Crystals
  • Barium Fluoride Crystals for Future Hadron Colliders
  • Studies on Electromagnetic Calorimetry with Lead Fluoride Crystals
  • Crystal Calorimetry for Future Colliders
  • A Crystal Calorimeter for CMS at LHC
• Precision Calorimeters
  • BARS, the Liquid Argon Detector-Target for Tagged Neutrino Beams at the IHEP of Serpukhov
  • Test of a LKr Calorimeter with Monolithic Front-End Amplifiers
  • The NA48 Liquid Krypton Calorimeter
  • The Liquid Argon Accordion Electromagnetic Calorimeter of the ATLAS Experiment at the LHC
  • Beam Test Results of a Liquid Argon Hadron Calorimeter in RD3
  • Performance of the Lead – Scintillating Fiber Calorimeter Prototypes for the KLOE Experiment
  • Results on a Fully Projective Lead and Scintillating Fiber Calorimeter
  • Latest Results on Scintillating Fiber Calorimetry
  • A High Resolution Sampling Calorimeter for the CHORUS Experiment
• Gas, Solid State and Others
  • A New Approach to Forward Calorimetry in Supercollider Experiments
  • Effects of Induced Radioactivity in Very Forward Calorimetry, a Comparison Between Different Techniques
  • Quartz Fibers for Very Forward Calorimetry: Ultra-Fast, Infinitely Rad-Hard and Shower Core Sensitive
  • Charge Collection in Large Area GaAs Particle Detectors
  • Development of Calorimetry for Experiments in Beams of Relativistic Nuclei in Dubna
• Simulation
  • The Zero-Degree Hadronic Sampling Calorimeter for the NA50 Experiment at the CERN SPS
  • Design of a Quartz Fiber Calorimeter for a Collider Experiment
  • High Resolution Lead/Scintillating Fiber Calorimetry in the 20 MeV – 1.2 GeV Range
  • A High Resolution Electromagnetic Calorimeter Based on Plastic Scintillator
  • Experimental Benchmarks of GEANT
  • FLUKA: Present Status and Future Developments
  • Simulations in High Energy Cosmic Ray Physics
  • The Influence of Upstream Material on the Performance of an Electromagnetic Calorimeter Inside a Magnetic Field
  • Performance of the GEM EM Calorimeter
  • Calorimetric Tracking of High Energy Particles
• Raddam I
  • Radiation Damage Studies of Liquid Scintillators for Electromagnetic and Hadronic Calorimeters
  • Development of Radiation-Hard Scintillators
  • Design of New Polymers to Improve Radiation Stability of Plastic Scintillators
  • New Radiation-Stable and Long-Lived Plastic Scintillator for the SSC
  • Radiation-Resistant Materials for High Performance Scintillators
  • Dose Rate Investigations of Scintillator and Wavelength Shifter
  • Low Dose Rate Tests of Plastic Scintillators Plates and Wavelength Shifting Fibers
  • Radiation Damage Induced by Thermal Neutrons on Scintillating Fibers
  • Radiation Damage Results on Lead and Scintillating Fiber Calorimeters
  • Radiation Resistance of a Scintillating Fiber Calorimeter
  • Effects of γ-Irradiation on Fluorescence Yield in Scintillating, Wavelength-Shifting and Clear Fibers
• Raddam II
  • Radiation Resistance of Front-End Electronics for Liquid Argon Calorimetry at LHC
  • Study of Electrical Properties and Charge Collection of Silicon Detectors Under Neutron, Proton and Gamma Irradiations
  • SARA, a Neutron Irradiation Station Dedicated to Large Hadron Collider Detector Design
  • Beam and Radiation Tests of a Fast, Warm Liquid “Swimming Pool” Calorimeter
  • Summary of R&D for Scintillating Tile and WLS Fiber for the SDC Calorimeter
  • Radiation Damage and Performance of Scintillator-Fiber System in Calorimetry
  • Radiation Hardness of Shashlik Calorimeter
  • Study of the Effect of the Radiation on the TILECAL Barrel Hadron Calorimeter to Be Used in ATLAS
• List of Participants