Accelerator Neutrinos: publications

A Cherenkov radiation source for photomultiplier calibration

Nuclear Instruments and Methods in Physics Research Section A Accelerators Spectrometers Detectors and Associated Equipment Elsevier 345:2 (1994) 356-366

Authors:

RJ Boardman, MD Lay, NW Tanner, DL Wark

Performance of an electromagnetic liquid krypton calorimeter

Nuclear Inst. and Methods in Physics Research, A 344:3 (1994) 507-520

Authors:

V Fanti, GD Barr, P Buchholz, D Cundy, N Doble, L Gatignon, A Gonidec, B Hallgren, G Kesseler, A Lacourt, G Laverrière, G Linser, A Norton, D Schinzel, W Seidl, T Stemmler, H Taureg, G Viehhauser, H Wahl, J Duclos, A Gianoli, M Martini, L Piemontese, M Savrié, A Kalinin, J Kekelidze, Y Kozhevnikov, D Coward, F Leber, P Cenci, P Lariccia, P Lubrano, M Pepe, P Calafiura, C Cerri, R Fantechi, B Gorini, F Laico, I Mannelli, V Marzulli, D Schiuma, P Debu, E Mazzucato, A Migliori, B Peyaud, R Turlay, A Kreutz, C Biino, A Ceccucci, S Palestini, E Griesmayer, M Markytan, G Neuhofer, M Pernicka, T Taurok, CE Wulz

Abstract:

A prototype electromagnetic calorimeter containing 180 litres of liquid krypton has been tested in electron and muon beams at the CERN SPS. The main features of this detector are its active shower medium, a granularity of 2 cm with tower readout, and the use of the initial current readout technique with an effective shaping time of about 60 ns. An energy resolution for electrons of 4.1% √E[GeV] with a constant term of 0.4% and a noise contribution of 50 MeV has been achieved. The calorimeter has a spatial resolution of 4.5 mm √E[GeV] with a constant term of 0.3 mm and a time resolution of about 0.5 ns for energies larger than 10 GeV. © 1994.

Recent results from sage

Nuclear and Particle Physics Proceedings Elsevier 35 (1994) 412-417

Authors:

VN Gavrin, EL Faizov, AV Kalikhov, TV Knodel, II Knyshenko, VN Kornoukhov, IN Mirmov, AV Ostrinsky, AM Pshukov, AA Shikhin, PV Timofeyev, EP Veretenkin, VM Vermul, GT Zatsepin, TJ Bowles, SR Elliott, JS Nico, WA Teasdale, DL Wark, JF Wilkerson, BT Cleveland, T Daily, R Davis, K Lande, CK Lee, P Wildenhain, ML Cherry, RT Kouzes

Results from SAGE (The Russian-American gallium solar neutrino experiment)

Physics Letters B Elsevier 328:1-2 (1994) 234-248

Authors:

JN Abdurashitov, EL Faizov, VN Gavrin, AO Gusev, AV Kalikhov, TV Knodel, II Knyshenko, VN Kornoukhov, IN Mirmov, AM Pshukov, AM Shalagin, AA Shikhin, PV Timofeyev, EP Veretenkin, VM Vermul, GT Zatsepin, TJ Bowles, JS Nico, WA Teasdale, DL Wark, JF Wilkerson, BT Cleveland, T Daily, R Davis, K Lande, CK Lee, PW Wildenhain, SR Elliott, ML Cherry, RT Kouzes

The DØ detector

Nuclear Inst. and Methods in Physics Research, A 338:2-3 (1994) 185-253

Authors:

S Abachi, M Abolins, BS Acharya, I Adam, S Ahn, H Aihara, G Alvarez, GA Alves, N Amos, W Anderson, Y Antipov, SH Aronson, R Astur, RE Avery, A Baden, J Balderston, B Baldin, J Bantly, E Barasch, JF Bartlett, K Bazizi, T Behnke, V Bezzubov, PC Bhat, G Blazey, S Blessing, A Boehnlein, F Borcherding, J Borders, N Bozko, A Brandt, R Brock, A Bross, D Buchholz, V Burtovoy, JM Butler, O Callot, D Chakraborty, S Chekulaev, J Chen, LP Chen, W Chen, BC Choudhary, JH Christenson, D Claes, AR Clark, WG Cobau, J Cochran, WE Cooper, C Cretsinger, D Cullen-Vidal, M Cummings, D Cutts, OI Dahl, B Daniels, K De, M Demarteau, K Denisenko, N Denisenko, D Denisov, S Denisov, W Dharmaratna, HT Diehl, M Diesburg, R Dixon, P Draper, Y Ducros, S Durston-Johnson, D Eartly, PH Eberhard, D Edmunds, A Efimov, J Ellison, VD Elvira, R Engelmann, O Eroshin, V Evdokimov, S Fahey, G Fanourakis, M Fatyga, J Featherly, S Feher, D Fein, T Ferbel, D Finley, G Finocchiaro, HE Fisk, E Flattum, GE Forden, M Fortner, P Franzini, S Fuess, E Gallas, CS Gao, TL Geld, K Genser, CE Gerber, B Gibbard, V Glebov, JF Glicenstein

Abstract:

The DØ detector is a large general purpose detector for the study of short-distance phenomena in high energy antiproton-proton collisions, now in operation at the Fermilab Tevatron collider. The detector focusses upon the detection of electrons, muons, jets and missing transverse momentum. We describe the design and performance of the major elements of the detector, including the tracking chambers, transition radiation detector, liquid argon calorimetry and muon detection. The associated electronics, triggering systems and data acquisition systems are presented. The global mechanical, high voltage, and experiment monitoring and control systems which support the detector are described. We also discuss the design and implementation of software and software support systems that are specific to DØ. © 1994.

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