The characteristics and performances of a large time of flight detector which is composed by two scintillator barrels, installed between the poles of an axial field magnet as part of the OBELIX spectrometer, are described. The associated electronics, data acquisition system and analysis technique used in the system are discussed in details. The importance of the detector for trigger purposes and for the comprehension of the full event is shown.
Performances of the OBELIX time of flight system / G. C., Bonazzola; E., Botta; T., Bressani; D., Calvo; S., Costa; F., D'Isep; A., Feliciello; A., Filippi; S., Marcello; N., Mirfakhrai; D., Parena; E., Rossetto; B., Tencone; Agnello, Michelangelo; Iazzi, Felice; Minetti, Bruno; A., Adamo; C., Cicalò; A., Lai; P., Macciotta; A., Mason; L., Musa; G., Puddu; S., Serci; P., Temnikov; G., Usai; P., Gianotti; V., Lucherini. - In: NUCLEAR INSTRUMENTS & METHODS IN PHYSICS RESEARCH. SECTION A, ACCELERATORS, SPECTROMETERS, DETECTORS AND ASSOCIATED EQUIPMENT. - ISSN 0168-9002. - 356:2-3(1995), pp. 270-279. [10.1016/0168-9002(94)01246-6]
Performances of the OBELIX time of flight system
AGNELLO, MICHELANGELO;IAZZI, Felice;MINETTI, Bruno;
1995
Abstract
The characteristics and performances of a large time of flight detector which is composed by two scintillator barrels, installed between the poles of an axial field magnet as part of the OBELIX spectrometer, are described. The associated electronics, data acquisition system and analysis technique used in the system are discussed in details. The importance of the detector for trigger purposes and for the comprehension of the full event is shown.Pubblicazioni consigliate
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https://hdl.handle.net/11583/1845570
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