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author Bethke, Siegfried
Aguilar-Benítez, Manuel
Benettoni, Massimo
Benvenuti, Alberto
Berdugo, Javier
Cerrada, Marcos
Colino, Nicanor
Conti, Enrico
Dallavalle, Gaetano-Marco
Daniel, Manuel
De Giorgi, Marco
De Min, Alberto
Dosselli, Umberto
Fanin, Claudio
Fouz-Iglesias, M C
Gasparini, Fabrizio
Gasparini, Ugo
Giantin, R
Grandi, Claudio
Guaita, Paola
Guerzoni, Marco
Ladrón de Guevara, Pedro
Lippi, Ivano
Marcellini, Stefano
Martinelli, Roberto
Meneguzzo, Anna Teresa
Mocholí-Mocholí, J
Montanari, Alessandro
Montanari, Christian
Navarria, Francesco
Odorici, Fabrizio
Reithler, Hans
Romero, Luciano
Rossi, Antonio
Rovelli, Tiziano
Schwarthoff, Hubert
Sondermann, Volker
Tano, Valeria
Teykal, Helmut
Tutas, Joerg
Van den Hirtz, J
Wagner, H
Wegner, Martin
Willmott, Carlos
author_facet Bethke, Siegfried
Aguilar-Benítez, Manuel
Benettoni, Massimo
Benvenuti, Alberto
Berdugo, Javier
Cerrada, Marcos
Colino, Nicanor
Conti, Enrico
Dallavalle, Gaetano-Marco
Daniel, Manuel
De Giorgi, Marco
De Min, Alberto
Dosselli, Umberto
Fanin, Claudio
Fouz-Iglesias, M C
Gasparini, Fabrizio
Gasparini, Ugo
Giantin, R
Grandi, Claudio
Guaita, Paola
Guerzoni, Marco
Ladrón de Guevara, Pedro
Lippi, Ivano
Marcellini, Stefano
Martinelli, Roberto
Meneguzzo, Anna Teresa
Mocholí-Mocholí, J
Montanari, Alessandro
Montanari, Christian
Navarria, Francesco
Odorici, Fabrizio
Reithler, Hans
Romero, Luciano
Rossi, Antonio
Rovelli, Tiziano
Schwarthoff, Hubert
Sondermann, Volker
Tano, Valeria
Teykal, Helmut
Tutas, Joerg
Van den Hirtz, J
Wagner, H
Wegner, Martin
Willmott, Carlos
author_sort Bethke, Siegfried
collection CERN
description The barrel muon chambers of the CMS experiment are made assembling 3 independent modules ( SuperLayers) which together measure the impact point and the angles theta and phi. Each SuperLayer consists of four layers of rectangular Drift Tubes. MB96 is a full size prototype of the smallest CMS Barrel Muon Chamber ( MB1) built in early 1997 at the Legnaro INFN laboratory and tested in summer 1997 at the CERN CMS test beam facility. The performance of the prototype and the mechanical tolerances achieved in the construction are presented.
id cern-687574
institution Organización Europea para la Investigación Nuclear
language eng
publishDate 1998
record_format invenio
spelling cern-6875742019-09-30T06:29:59Zhttp://cds.cern.ch/record/687574engBethke, SiegfriedAguilar-Benítez, ManuelBenettoni, MassimoBenvenuti, AlbertoBerdugo, JavierCerrada, MarcosColino, NicanorConti, EnricoDallavalle, Gaetano-MarcoDaniel, ManuelDe Giorgi, MarcoDe Min, AlbertoDosselli, UmbertoFanin, ClaudioFouz-Iglesias, M CGasparini, FabrizioGasparini, UgoGiantin, RGrandi, ClaudioGuaita, PaolaGuerzoni, MarcoLadrón de Guevara, PedroLippi, IvanoMarcellini, StefanoMartinelli, RobertoMeneguzzo, Anna TeresaMocholí-Mocholí, JMontanari, AlessandroMontanari, ChristianNavarria, FrancescoOdorici, FabrizioReithler, HansRomero, LucianoRossi, AntonioRovelli, TizianoSchwarthoff, HubertSondermann, VolkerTano, ValeriaTeykal, HelmutTutas, JoergVan den Hirtz, JWagner, HWegner, MartinWillmott, CarlosPerformance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes ChamberDetectors and Experimental TechniquesThe barrel muon chambers of the CMS experiment are made assembling 3 independent modules ( SuperLayers) which together measure the impact point and the angles theta and phi. Each SuperLayer consists of four layers of rectangular Drift Tubes. MB96 is a full size prototype of the smallest CMS Barrel Muon Chamber ( MB1) built in early 1997 at the Legnaro INFN laboratory and tested in summer 1997 at the CERN CMS test beam facility. The performance of the prototype and the mechanical tolerances achieved in the construction are presented.CMS-NOTE-1998-064oai:cds.cern.ch:6875741998-10-20
spellingShingle Detectors and Experimental Techniques
Bethke, Siegfried
Aguilar-Benítez, Manuel
Benettoni, Massimo
Benvenuti, Alberto
Berdugo, Javier
Cerrada, Marcos
Colino, Nicanor
Conti, Enrico
Dallavalle, Gaetano-Marco
Daniel, Manuel
De Giorgi, Marco
De Min, Alberto
Dosselli, Umberto
Fanin, Claudio
Fouz-Iglesias, M C
Gasparini, Fabrizio
Gasparini, Ugo
Giantin, R
Grandi, Claudio
Guaita, Paola
Guerzoni, Marco
Ladrón de Guevara, Pedro
Lippi, Ivano
Marcellini, Stefano
Martinelli, Roberto
Meneguzzo, Anna Teresa
Mocholí-Mocholí, J
Montanari, Alessandro
Montanari, Christian
Navarria, Francesco
Odorici, Fabrizio
Reithler, Hans
Romero, Luciano
Rossi, Antonio
Rovelli, Tiziano
Schwarthoff, Hubert
Sondermann, Volker
Tano, Valeria
Teykal, Helmut
Tutas, Joerg
Van den Hirtz, J
Wagner, H
Wegner, Martin
Willmott, Carlos
Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title_full Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title_fullStr Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title_full_unstemmed Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title_short Performance and Mechanical Tolerances Achieved with a Full Size Prototype of a CMS Barrel Muon Drift Tubes Chamber
title_sort performance and mechanical tolerances achieved with a full size prototype of a cms barrel muon drift tubes chamber
topic Detectors and Experimental Techniques
url http://cds.cern.ch/record/687574
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