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
DOIAbstract
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
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