The CMS muon barrel drift tubes system commissioning
β Scribed by G. Abbiendi; N. Amapane; C. Battilana; C. Fernandez Bedoya; R. Bellan; M. Bellato; A.C. Benvenuti; P. Biallas; S. Bolognesi; S. Braibant; F.R. Cavallo; R. Carlin; G. Cerminara; M. Chamizo; E. Conti; G.M. Dallavalle; D. Dattola; G. Dellacasa; M.C. Fouz; J. Frangenheim; P. Giacomelli; M. Giunta; F. Gonella; A. Gresele; L. Guiducci; K. Hoepfner; E. Jacobi; S. Marcellini; C. Mariotti; S. Maselli; G. Masetti; A.T. Meneguzzo; G. Mila; V. Monaco; A. Montanari; F. Montecassiano; F.L. Navarria; M. Nervo; F. Odorici; M. Passaseo; A. Parenti; A. Perrotta; J. Puerta; H. Reithler; P. Ronchese; T. Rovelli; R. Sacchi; G.P. Siroli; M. Sowa; A. Staiano; D. Teyssier; E. Torassa; R. Travaglini; A. Triossi; O. Tsigenov; S. Vanini; S. Ventura; C. Villanueva; M. Zanetti; P. Zotto
- Publisher
- Elsevier Science
- Year
- 2009
- Tongue
- English
- Weight
- 877 KB
- Volume
- 598
- Category
- Article
- ISSN
- 0168-9002
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The CMS muon spectrometer, designed to trigger, identify, reconstruct and measure muons with high efficiency and accuracy, is equipped with Drift Tube (DT) chambers in the barrel region. The DT system has been fully commissioned using cosmic muons with and without magnetic field, and during months o
Two drift tubes (DTs) chambers of the CMS muon barrel system were exposed to a 40 MHz bunched muon beam at the CERN SPS, and for the first time the whole CMS Level-1 DTs-based trigger system chain was tested. Data at different energies and inclination angles of the incident muon beam were collected,