| Tracking strategies for magnetic detectors at high luminosity and high energy (p. 6) |
| by Seiden, A |
| Spiral projection chambers : experience and prospects(p. 48) |
| by Gastaldi, Ugo |
| Use of a high-resolution, scintillating fibre, tracking detector in recording $\pi^{-}$-nucleon interactions at $\sqrt{s}$ $\appprox$ 26 GeV (p. 67) |
| by Adinolfi, M |
| The micro spiral projection chamber ($\mu$SPC) (p. 74) |
| by Gastaldi, Ugo |
| Fast (<1 ns) gaseous detectors with solid photocathodes for frontier physics (p. 77) |
| by Peskov, Vladimir |
| Ultrafast secondary emission X-ray imaging detectors : a possible application to TRD(p. 82) |
| by Akkerman, A F |
| A fast RICH detector for particle identification in the 0.7 to 3 GeV/c range for LHC heavy-ion collisions (p. 113) |
| by Nappi, E |
| Experience with the ALEPH silicon vertex detector (p. 121) |
| by Moser, H G |
| Development of silicon micropattern (pixel) detectors (p. 133) |
| by Delpierre, P A |
| Results on radiation hardness of silicon detectors up to neutron fluences of 10$^{15}$ n/cm$^{2}$ (p. 149) |
| by Wunstorf, R |
| Progress on high-resolution tracking with scintillating fibres : a new detector based on capillaries filled with liquid scintillator(p. 177) |
| by Martellotti, G |
| SVX test beam results (p. 188) |
| by Bedeschi, F |
| D0 vertex drift chamber construction and test results (p. 193) |
| by Clark, A R |
| The design of the L3 silicon microvertex detector (p. 197) |
| by Caria, M |
| Cryogenic detectors for experiments in elementary particle physics (p. 201) |
| by Booth, N E |
| The ICARUS liquid argon TPC : a complete imaging device for particle physics(p. 223) |
| by Bettini, A |
| Test beam results from the D0 liquid argon end calorimeter electromagnetic module (p. 279) |
| by Spadafora, A L |
| Liquid argon calorimetry with LHC-performance specifications (p. 285) |
| by Gianotti, F |
| Recent results from the Spaghetti Calorimeter project (p. 299) |
| by Wigmans, R |
| R & D results on scintillating tile/fiber calorimetry for the CDF and SDC detectors (p. 317) |
| by De Barbaro, P |
| High-resolution, low-energy e.m. Pb-SCIFI calorimetry : an investigation on fibres and tests on photon beam with low-energy photons(p. 322) |
| by Bianco, S |
| High resolution crystal calorimetry at LHC (p. 332) |
| by Schneegans, M |
| Progress and prospects in the development of new scintillators for future high energy physics experiments (p. 337) |
| by Lecoq, P |
| On the calibration of the electromagnetic component of a Spaghetti Calorimeter at a multi-TeV hadron collider (p. 344) |
| by Hao, W |
| A simple light detector gain measurement technique (p. 349) |
| by Bencheikh, B |
| First results on the spaghetti calorimeter projective prototype (p. 354) |
| by Contin, A |
| First results on the hybrid photodiode tube (p. 375) |
| by DeSalvo, R |
| The design, status and performance of the ZEUS central tracking detector electronics (p. 397) |
| by Cussans, D G |
| CMOS low noise monolithic frontends for Si strip detector readout (p. 425) |
| by Weilhammer, Peter |
| The ZEUS first level tracking trigger (p. 431) |
| by Heath, G P |
| First and second level triggers for the SDC silicon tracking detector (p. 436) |
| by Foster, B |
| The challenge of triggering and data acquisition at supercollider experiments (p. 460) |
| by Mapelli, Livio P |
| New buses and links for data acquisition (p. 478) |
| by Müller, H |
| Studies of helium gas-mixtures for low mass tracking detectors (p. 494) |
| by Playfer, S M |
| The S.C.I.C. detector : an unconventional design for the detection of low-energy (200-300) MeV photons(p. 513) |
| by Bianco, S |
| Development of microstrip gas chambers on thin plastic supports (p. 521) |
| by Florent, J J |
| Optimization of the microstrip gas counter (p. 529) |
| by Geijsberts, M H J |
| Results from the first use of microstrip gas chambers in a high-energy physics experiment |
| by Angelini, F |