| Characterization of a pulsed x-ray source for fluorescent lifetime measurements (p. 9) |
| by Blankespoor, S C |
| Beam test of the SDC double-sided silicon strip detector (p. 38) |
| by Unno, Y |
| Characteristics of a "HARP' signal processor with analog memory operated with segmented silicon detectors (p. 43) |
| by Anghinolfi, Francis |
| New insulator film of integrated capacitor for a silicon strip detector (p. 48) |
| by Okuno, S |
| Operation of drift chambers with helium based mixtures (p. 58) |
| by Sharma, A |
| A simulation of the SDC on-line processing farm (p. 65) |
| by Wang Chao Cheng |
| Energy Resolution Of Si/Fe And Si/Pb Electromagnetic Calorimeters (p. 124) |
| by Bosetti, M |
| Properties and beam tests of PbWO$_{4}$ crystals (p. 146) |
| by Kachanov, V A |
| Use of ukrainian semiconductor dosimeters in a CERN particle accelerator field (p. 297) |
| by Rosenfeld, Arthur Hinton |
| Analysis of capacitance measurements on silicon microstrip detectors (p. 333) |
| by Barberis, E |
| Front end electronics for silicon tracking at LHC (p. 342) |
| by Hall, G |
| 50 Hz power supply for B-factory booster synchroton (p. 385) |
| by Endo, K |
| A 140-element Ge detector fabricated using amorphous Ge blocking contacts (p. 403) |
| by Luke, P N |
| Determination of surface recombination velocity and bulk lifetime in detector grade silicon and germanium crystals (p. 406) |
| by Derhacobian, N |
| Development of microstrip gas chambers on substrata with electronic conductivity (p. 413) |
| by Bouclier, Roger |
| Some properties of gas microstrip detectors made on Tedlar substrates and operating with CF$_{4}$/isobutane gas (p. 418) |
| by Salomon, M |
| GAMMASPHERE : timing and signal processing aspects of the BGO Compton shield(p. 425) |
| by Goulding, F S |
| High spatial resolution silicon read-out system for single photon x-ray detection (p. 435) |
| by Turchetta, R |
| A high rate, low noise, x-ray silicon strip detector system (p. 440) |
| by Ludewigt, B A |
| Testing the yield of an amplifier-discriminator chip fabricated in tektronix SHPi (p. 469) |
| by Rahn, J T |
| Multi-agent CAMAC crate controller with Trident 32-bit transputers (p. 509) |
| by Inaba, S |
| Development of novel fabrication techniques for a silicon microvertex detector unit using the flip-chip bonding method (p. 526) |
| by Saitô, Y |
| GAMMASPHERE : correction technique for detector charge trapping(p. 582) |
| by Goulding, F S |
| An integrated 16-channel CMOS time-to-digital converter (p. 625) |
| by Ljuslin, C |
| Tile/fiber results for the upgraded plug hadron calorimeter (p. 724) |
| by Koehn, P |
| A 64-ch Time Memory Cell module with a DSP and a VME interface (p. 757) |
| by Arai, Y |
| The design and construction of a double-sided silicon microvertex detector for the L3 experiment at CERN (p. 772) |
| by Adam, A |
| A digital Front-End and Readout MIcrosystem for Calorimetry at LHC, 1994 (p. 773) |
| by Dell'Acqua, A |
| High efficiency neutron sensitive amorphous silicon pixel detectors (p. 785) |
| by Mireshghi, A |
| Long term reverse annealing in silicon detectors (p. 791) |
| by Schulz, T |
| GAMMASPHERE : elimination of ballistic deficit by using a quasi-trapezoidal pulse shaper(p. 805) |
| by Goulding, F S |
| A fully integrated 16 channel digitally trimmed pulse shaping amplifier (p. 810) |
| by Hearn, W E |
| The OPAL silicon-tungsten calorimeter front-end electronics (p. 845) |
| by Anderson, B E |
| Recent results of the forward ring imaging Cherenkov detector of the DELPHI experiment at LEP (p. 856) |
| by Adam, W |
| Results from the SLD barrel CRID detector (p. 862) |
| by Abe, K |
| Performance of the barrel ring imaging Cherenkov counter of DELPHI (p. 866) |
| by van Apeldoorn, G |
| The SDC silicon tracker (p. 872) |
| by Seiden, A |
| A bipolar analog front-end integrated circuit for the SDC silicon tracker (p. 872) |
| by Kipnis, I |
| APC3 : a charge sampling, storage and readout chip for silicon detector readout(p. 877) |
| by Borer, K |
| Microstrip gas chambers on glass and ceramic substrates (p. 890) |
| by Gong, W G |
| Amorphous silicon pixel layers with cesium iodide converters for medical radiography (p. 903) |
| by Jing, T |
| Lithium drifted silicon detector fabrication on gettered floating zone silicon (p. 1031) |
| by Walton, J T |
| Low energy x-ray response of Ge detectors with amorphous Ge entrance contacts (p. 1074) |
| by Luke, P N |
| An analog memory integrated circuit for waveform sampling up to 900 MHz (p. 1203) |
| by Haller, G M |
| Development and evaluation of charge-sensitive preamplifier for CsI calorimeter in the KEK B-factory (p. 1208) |
| by Tanaka, M |
| An optimal constrained linear inverse method for magnetic source imaging (p. 1241) |
| by Hughett, P |
| A bit serial first level calorimeter trigger for an LHC detector (p. 1280) |
| by Böhm, C |
| Design of a trigger and data acquisition system for a detector at PEP-II (p. 1289) |
| by Becker-Szendy, R A |
| Optical timing, trigger and control distribution for LHC detectors (p. 1294) |
| by Taylor, B G |
| Ripple distribution in magnet strings of the SSC collider (p. 1364) |
| by Smedley, K M |
| A method of obtaining parasitic e$^{+}$ or e$^{-}$ beams during SLAC linear collider operation (p. 1371) |
| by Cavalli-Sforza, M |
| Detection geometry and reconstruction error in magnetic source imaging (p. 1498) |
| by Hughett, P |
