New Technologies for Supercolliders

Front Matter....Pages I-IX
Why 200 TeV....Pages 1-7
A Totally Active Liquid Xenon or Krypton Electromagnetic Calorimeter for High Luminosity Hadron Colliders....Pages 9-28
Progress on BaF 2 Calorimeters....Pages 29-47
A New Scintillator, LiBaF 3 , and its Basic Properties....Pages 49-55
Hybrid Photodiode Tube....Pages 57-63
Calorimeters Sampled with Warm Liquids....Pages 65-76
Electron Identification with TRD at Future Colliders....Pages 77-84
Trigger and Data Acquisition Prospects for the Spaghetti Calorimeter....Pages 85-104
Development of Front End Electronics for Future Supercollider Experiments....Pages 105-123
A Study of a Toroidal Muon Spectrometer with a Discrete Air Coil for a Multi-TeV Hadron-Hadron Collider....Pages 125-152
Latest Results on the Development of the Gaseous Pixel Chamber....Pages 153-166
The Muon Spectrometer: What is Needed?....Pages 167-172
Scintillating Fibres for Central Tracking of Charged Particles....Pages 173-184
Opto-Electronic Delay for the Readout of Particle Tracks from Scintillating Fibres....Pages 185-195
GaAs Detectors for Physics at the LHC....Pages 197-210
New Developments in Gaseous Tracking Chambers....Pages 211-222
Superconducting Strips for Microvertex Detectors....Pages 223-246
Status of the Leading Particle Detection....Pages 247-266
QCD Physics of Jets in the TeV Range....Pages 267-285
Higher-Order Corrections in QCD Event Simulation....Pages 287-299
High Energy Phenomenon of Baryon Number Violation....Pages 301-306
A ‘Super Monte Carlo’ for Multi-TeV Physics Simulation....Pages 307-322
Computing Now and Then....Pages 323-333
Detector Simulation for Complex Multi-TeV Experiments....Pages 335-346
Image Processing at Supercolliders....Pages 347-359
Signal Processing, Triggering and Data Acquisition....Pages 361-385
Back Matter....Pages 387-391