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EnglishThe CMS silicon strip tracker involves about 70 m(2) of instrumented silicon, with approximately 18500 microstrip detectors read out by 5 x 10(6) electronics channels. It has to satisfy a set of stringent requirements imposed by the environment and by the physics expected at the LHC: low cell occupancy and good resolution, radiation hardness aided by adequate cooling, low mass combined with high stability. These conditions have been incorporated in a highly modular design of the detector modules and their support structures, chosen to facilitate construction and to allow for easy assembly and maintenance.
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| Titolo: | The silicon microstrip tracker for CMS |
| Autori: | |
| Data di pubblicazione: | 1999 |
| Rivista: | |
| Citazione: | The silicon microstrip tracker for CMS / Pandoulas D; Albergo S; Angarano M; Azzi P; Babucci E; Bacchetta N; Bader A; Bagliesi G; Bartalini P; Basti A; Biggeri U; Bilei GM; Bisello D; Boemi D; Borrello L; Bosi F; Bozzi C; Braibant S; Breuker H; Bruzzi M; Candelori A; Caner A; Castaldi R; Castro A; Catacchini E; Checcucci B; Ciampolini P; Civinini C; Creanza D; D'Alessandro R; Da Rold M; Demaria N; De Palma M; Dell'Orso R; Della Marina R; Dutta S; Eklund C; Elliot-Peisert A; Feld L; Fiore L; Focardi E; French M; Freudenreich K; Furtjes A; Giassi A; Giraldo A; Glessing WD; Gu WH; Hall G; Hammarstrom R; Hebbeker T; Honkanen A; Hrubec J; Huhtinen M; Kaminsky A; Karimaki V; Kellogg R; Koenig S; Krammer M; Lariccia P; Lenzi M; Loreti M; Luebelsmeyer K; Lustermann W; Mattig P; Maggi G; Mannelli M; Mantovani G; Marchioro A; Mariotti C; Martignon G; Mc Evoy B; Meschini M; Messineo A; My S; Paccagnella S; Palla F; Parrini G; Passeri D; Pieri M; Piperov S; Potenza R; Raffaelli F; Raso G; Raymond M; Schmitt B; Selvaggi G; Servoli L; Sguazzoni G; Siedling R; Silvestris L; Skog K; Starodumov A; Stavitsky I; Stefanini G; Tempesta P; Tonelli G; Tricomi A; Tuuva T; Vannini C; Verdini PG; Viertel G; Wang Y; Watts S; Wittmer B; Xie Z. - In: NUCLEAR PHYSICS B-PROCEEDINGS SUPPLEMENTS. - ISSN 0920-5632. - 78(1999), pp. 315-321. |
| Abstract: | The CMS silicon strip tracker involves about 70 m(2) of instrumented silicon, with approximately 18500 microstrip detectors read out by 5 x 10(6) electronics channels. It has to satisfy a set of stringent requirements imposed by the environment and by the physics expected at the LHC: low cell occupancy and good resolution, radiation hardness aided by adequate cooling, low mass combined with high stability. These conditions have been incorporated in a highly modular design of the detector modules and their support structures, chosen to facilitate construction and to allow for easy assembly and maintenance. |
| Handle: | http://hdl.handle.net/11586/88793 |
| Appare nelle tipologie: | 1.1 Articolo in rivista |
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