What is included with this book?
Preface | |
Historical Review of Calorimeter Developments | p. 3 |
Overview and Status of Calorimetry at LHC | p. 17 |
Calorimetry in Astrophysics | p. 43 |
Calorimeter Considerations for a Linear Collider Detector | p. 54 |
Calorimetry Design with Energy-Flow Concept (Imaging Detector for High-Energy Physics) | p. 70 |
Covener's Report | p. 87 |
ATIC, a Balloon Borne Calorimeter for Cosmic Ray Measurements | p. 89 |
ATIC Backscatter Study Using Monte Carlo Methods in FLUKA & ROOT | p. 95 |
A Silicon-Tungsten Calorimeter for Cosmic-Ray Physics | p. 101 |
Electromagnetic Calorimeter for the AMS-02 Experiment | p. 108 |
Performances of the AMS-02 Electromagnetic Calorimeter | p. 114 |
The Status of GLAST CsI Calorimeter | p. 121 |
Performance of GLAST Calorimeter | p. 127 |
Cosmic Ray Energetics And Mass (CREAM): Calibrating a Cosmic Ray Calorimeter | p. 133 |
VERITAS: A Next Generation Atmospheric Cherenkov Detector and Calorimeter for Gamma-Ray Astronomy | p. 139 |
Pierre Auger Observatory: The World's Largest Calorimeter | p. 151 |
Performance of a Small Angle BGO Calorimeter at BELLE | p. 161 |
Performance and Calibration of the Crystal Calorimeter of the BaBar Detector | p. 167 |
A Systematic Study of Radiation Damage to Large Crystals of CsI(Tl) in the BaBar Detector | p. 175 |
Performance and Upgrade Plans of the BELLE Calorimeter | p. 182 |
Development of Yttrium Doped Lead Tungstate Crystal for Physics Applications | p. 190 |
Performance of PWO Crystal Detectors for a High Resolution Hybrid Electromagnetic Calorimeter at Jefferson Lab | p. 208 |
The PHOTON BALL at COSY | p. 215 |
Performance of the PWO Crystals of the CMS Electromagnetic Calorimeter | p. 223 |
Avalanche Photodiodes for the CMS Lead Tungstate Calorimeter | p. 231 |
CMS/ECAL Barrel Construction and Quality Control | p. 240 |
Covener's Report | p. 249 |
Synergies Between Electromagnetic Calorimetry and PET | p. 251 |
New Scintillating Crystals for PET Scanners | p. 262 |
A Simulation Framework for Positron Emission Tomography Based on GEANT4 | p. 274 |
Covener's Report | p. 285 |
Performance of the OPAL Si-W Luminometer at LEP I-II | p. 287 |
The ZEUS Hadron Electron Separator, Performance and Experience | p. 296 |
Design Considerations for a Silicon-Tungsten Electromagnetic Calorimeter for a Linear Collider Detector | p. 304 |
A Si-W Calorimeter for Linear Collider Physics | p. 309 |
Covener's Report | p. 323 |
QCD Jet Simulation with CMS at LHC and Background Studies to H [approaches] [gamma][gamma] Process | p. 325 |
Comparisons of Electron and Muon Signals in the ATLAS Liquid Argon Calorimeters with GEANT4 Simulations | p. 331 |
Data Volume Reduction Strategies in the CMS Electromagnetic Calorimeter | p. 339 |
Performance of CDF Calorimeter Simulation for Tevatron Run II | p. 345 |
Simulation of Hadronic Showers in the ATLAS Liquid Argon Calorimeters | p. 354 |
MC Simulation of the ATLAS Hadronic Calorimeter Performance | p. 361 |
Simulation Studies of the Jet and Missing Transverse Energy Performance of the ATLAS Calorimeters | p. 367 |
Jet Energy Reconstruction with the CMS Detector | p. 375 |
Covener's Report | p. 385 |
Calibration of the KLOE Electromagnetic Calorimeter | p. 388 |
Monitoring and Calibration of the BELLE Electromagnetic Calorimeter | p. 394 |
Calibration and Monitoring of the ZEUS Uranium Scintillator Calorimeter at HERA | p. 401 |
Calibration of the PHENIX Lead Scintillator Calorimeter | p. 409 |
DO Calorimeter Calibration | p. 413 |
Calibrating a Longitudinally Segmented Calorimeter | p. 421 |
The Calibration of the MINOS Detectors | p. 428 |
First Results from the MINOS Calibration Detector | p. 436 |
Calibrating the SNO Detector Response | p. 442 |
Time Calibration of AMANDA: Three Variations of a Theme of T[subscript 0] | p. 452 |
Absolute Calibration of Electromagnetic Calorimeter at LHC with Physics Processes | p. 459 |
Monitoring Light Source for CMS Lead Tungstate Crystal Calorimeter at LHC | p. 469 |
LED based Light Monitoring System for the PRIMEX Experiment at Jefferson Lab | p. 479 |
Covener's Report | p. 489 |
Influence of Phase Transition on the Optical Transparency of Lead Fluoride Crystals | p. 491 |
Explicitly Radiation Hard Fast Gas Cerenkov Calorimeter | p. 497 |
Present Status of CMS HF Quartz Fiber Calorimetry | p. 504 |
Calorimetry of the RICE Detector | p. 515 |
Radiation Hardness Studies of High OH[superscript -] Quartz Fibres for a Hadronic Forward Calorimeter of the Compact Muon Solenoid Experiment at the Large Hadron Collider | p. 521 |
Covener's Report | p. 531 |
Status of the ATLAS Tile Hadronic Calorimeter Production | p. 532 |
Studies of the ATLAS Tile Hadron Calorimeter Performance | p. 538 |
An Overview of CMS Central Hadron Calorimeter | p. 544 |
Performance and Calibration of the Forward Plug Calorimeter at ZEUS | p. 549 |
Plug Shower Maximum Detector for CDF Run II | p. 557 |
CDF II Integrated Calorimetry Environment | p. 563 |
Borexino: A Real Time Liquid Scintillator Detector for Low Energy Solar Neutrino Study | p. 570 |
The MINOS Far Detector Construction and Quality Assurance Testing | p. 578 |
A New Hermetic Electromagnetic Calorimeter Design for Future Collider Experiments | p. 584 |
The Tile HCAL Calorimeter for the TESLA Detector, a Status Report | p. 591 |
Covener's Report | p. 605 |
The ATLAS Tile Calorimeter Front End Electronics | p. 607 |
Overview of Liquid Argon Front End Electronics | p. 613 |
Front-End Electronics for the CMS Preshower Detector | p. 621 |
The Front-end Electronics for the LHCb Calorimeters | p. 627 |
Front-end Electronics Upgrade for the CDF Calorimeters | p. 644 |
The Electronics of the New H1 Luminosity System | p. 652 |
The BaBar Electromagnetic Calorimeter in its Third Year of Operation | p. 658 |
H1 Calorimeter DAQ Upgrade for HERA-II | p. 665 |
Covener's Report | p. 677 |
Argon Purity Measurement of the DO Calorimeter | p. 679 |
The Run II DO Calorimeter: Electronics Upgrade and its Performance | p. 687 |
ATLAS LAr EM Calorimeter: Construction and Uniformity of Response | p. 695 |
Performance of ATLAS EM Modules in Test Beam | p. 703 |
The ATLAS Hadronic Endcap Calorimeter | p. 712 |
Performance of the ATLAS Hadronic End-Cap Calorimeter in Beam Tests | p. 720 |
A High Resolution Luminosity Monitor for SLAC Experiment E158 | p. 728 |
Jet Measurements with the Aleph Detector at LEP2 | p. 739 |
Calorimetry Optimised for Jets | p. 747 |
The Jet Calibration in the H1 Liquid Argon Calorimeter | p. 761 |
Setting the Jet Energy Scale for the ZEUS Calorimeter | p. 767 |
Jet Reconstruction at CDF | p. 773 |
Suppression of Pile-up Noise in a Jet Cone | p. 781 |
DO's Recent Results and Experiences with the k[subscript T] and Cone Jet Algorithms | p. 786 |
Jet Measurement in OPAL | p. 793 |
Developments on Jet Reconstruction by DELPHI | p. 798 |
E-Flow Optimization of the Hadron Calorimeter for Future Detectors | p. 806 |
On the Energy Measurement of Hadron Jets | p. 814 |
The Future of Calorimetry in High Energy Physics | p. 837 |
Future Experiments in Astrophysics | p. 867 |
Conference Pictures | p. 881 |
Author Index | p. 889 |
List of Participants | p. 895 |
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