The Proceedings discusses the present state of the art in detector development and design for high energy particle physics and astrophysics, both for the next generation experiments and for apparatus upgrade.
Contents:
- Selected Results from Experiments at LEP (F L Navarria)
- Deep Inelastic Scattering at HERA (M Klein)
- B-Meson Factories: Physics, Machines and Detectors (H Kolanoski)
- EMPACT: A Detector for the SSC (S Whitaker)
- A New Approach for Constructing Sensitive Surfaces: The Gaseous Pixel Chambers (D Mattern et al.)
- Performance of a Scintillating Fibers/Lead Calorimeter (A Ereditato)
- Development of Spark Counters for Particle Identification (Yu N Pestov)
- Silicon Detectors for Nuclear Radiation (J Kemmer)
- Prospects for Silicon Detectors in the 1990's (G Hall)
- New Results on GaAs Solid-State Detectors for High-Energy Physics (C del Papa et al.)
- Large Scale Use of Silicon Detectors in Calorimetry (K-U Pösnecker)
- The Data Acquisition System and the Event Display Program for the Macro Experiment (P Matteuzzi et al.)
- A Microstrip Preamplifier System Based on a Low Noise Radiation Hard Innovative Technology (P F Manfredi et al.)
- The 2nd Level Trigger of the Delphi Barrel Electromagnetic Calorimeter (HPC) (P Giacomelli et al.)
- Performance of the L3 Precision Muon Spectrometer in the First Year Run at LEP (M G Alviggi et al.)
- VSAT: Very Small Angle Calorimeter for DELPHI (R Cirio et al.)
- A Cylindrical z-Drift Chamber for H1 (M Klein et al.)
- A Readout System for the ZEUS Central Tracking Detector Fast Vertex Trigger (J Nash et al.)
- dE/dx Resolution of the Radial Projection Chamber of the E760 Experiment (E Luppi et al.)
- Electromagnetic Calorimetry at LEP (R M Brown)
- Electromagnetic Calorimeter Based on Liquid Krypton for the KEDR Detector (A P Onuchin et al.)
- Radiation Damage of CsI(T) Crystals (D Renker)
- Tracking at H1 in the Environment of HERA (J Bürger)
- Silicon Diodes in the ZEUS Detector at HERA (R R Rau)
- Then Soudan 2 Detector (D J A Cockerill)
- and other papers
Readership: Particle physicists and astrophysicists.
