| Will gaseous detectors survive the rapid progress in the competing techniques? (p. 131) |
| by Charpak, Georges |
| Calorimeters : gaseous readouts compared to alternatives(p. 145) |
| by Fabjan, Christian Wolfgang |
| Detector calibration with lasers : a review(p. 169) |
| by Hilke, Hans Jürgen |
| Drift-pots for small angle elastic scattering at the Fermilab collider (p. 263) |
| by Amos, N |
| Drift chambers with controlled charge collection geometry for the NA34/HELIOS experiment (p. 272) |
| by Bettoni, D |
| The induction driftchamber (p. 285) |
| by Roderburg, E |
| Performance of the SLD central drift chamber prototype (p. 295) |
| by Atwood, W B |
| The L3 high-resolution muon drift chambers : systematic errors in track position measurements(p. 304) |
| by Antreasyan, D |
| High density spiral projection chamber (HDSPC) : design of the end-cap detectors of the OBELIX experiment at LEAR(p. 321) |
| by Bussa, M P |
| Design and construction of the CLEO II drift chamber (p. 325) |
| by Cassel, David G |
| The OPAL jet chamber full scale prototype (p. 331) |
| by Fischer, H M |
| Prototype results of a high resolution vertex drift chamber for the Mark II SLC upgrade detector (p. 350) |
| by Alexander, J |
| A time expansion chamber as a vertex detector for the experiment MARK J at DESY (p. 357) |
| by Anderhub, H |
| A modular multidrift vertex detector (p. 373) |
| by Bouclier, Roger |
| A microvertex detector for experiment UA1 at the CERN S.p$\overline{p}$S collider (p. 387) |
| by Müller, T |
| TPC90, a test model for the ALEPH Time Projection Chamber (p. 392) |
| by Amendolia, S R |
| Studies of wire gain and track distortion near the sector edges of the ALEPH Time Projection Chamber (p. 399) |
| by Amendolia, S R |
| Gating in the ALEPH Time Projection Chamber (p. 403) |
| by Amendolia, S R |
| Results on space measurement accuracy from tests of a half-scale DELPHI TPC prototype (p. 413) |
| by Brand, C |
| Operation of RICH single-photon detectors with optically shielded wires in transverse magnetic fields (p. 418) |
| by Dulinski, W |
| The TOPAZ time projection chamber (p. 423) |
| by Kamae, T |
| Spatial resolution of limited streamer tubes with analog strip readout (p. 431) |
| by D'Agostini, Giulio |
| Test results of the streamer-tube system of the CHARM II neutrino detector (p. 443) |
| by De Wulf, J P |
| Performance of a novel silicon detector (p. 471) |
| by Beuttenmüller, Rolf H |
| Electron identification up to 100 GeV by means of transition radiation (p. 483) |
| by Butt, H J |
| Low-pressure multistep detectors : applications to high energy particle identification(p. 488) |
| by Breskin, Amos |
| Large-area transition radiation detectors for electron identification in the UA6 experiment at the CERN $p\overline{p}$ collider (p. 498) |
| by Vacchi, A |
| A new high gain thin gap detector for the OPAL hadron calorimeter (p. 511) |
| by Dado, S |
| Electron attachment of C$_{5}$F$_{12}$ to be used as gas radiator in the barrel RICH detector of DELPHI (p. 524) |
| by Fraissard, Daniel |
| Pulse shape analysis for a jet chamber with long drift paths in the presence of a magnetic field (p. 564) |
| by Bittner, S |
| Attenuation length measurements in narrow drift channels (p. 573) |
| by Gracco, Valerio |
| Drift properties of electrons in methane and methane noble gas mixtures (p. 579) |
| by Schmidt, B |
| A comparison of the charge division and timing difference techniques in streamer mode (p. 586) |
| by Biagi, S F |
| Results of a 100 MHz FADC system built in Fastbus used by the UA2 vertex detector (p. 590) |
| by Bourgeois, F |
| The LTD : a Fastbus time digitizer for LEP detectors(p. 596) |
| by Delavallade, G |
| Track finding with the Mark II/SLC drift chamber (p. 616) |
| by Perl, J |
| High accuracy measurements of drift time in the streamer mode |
| by Biagi, S F |
| The new drift chamber for the Mark II detector at the SLAC linear collider |
| by Hanson, G G |