Mechanical construction and installation of the ATLAS tile calorimeter

6533b86dfe1ef96bd12c9517

RESEARCH PRODUCT

Mechanical construction and installation of the ATLAS tile calorimeter

V. Gilewsky Petr Tas C. Lasseur Tancredi Carli J.m.g. Sá Da Costa N. Hill V. Rumiantsau X. Portell Joao C. P. Reis F. Sarri A. Manousakis G. Schlager D Mergelkuhl O. Norniella A. Gomes Carlos Solans P. Shevtsov Marzio Nessi Jalal Abdallah P. Bednar B. Palan Martine Bosman Hrachya Hakobyan P. V.m. Da Silva Jose Torres H. Lim Dan Pantea R. Stanek Irakli Minashvili X. Andresen X. Andresen L Rose-dulcina I. Nikitine B.c. Ferreira V. V. Lapin J. Pina T. R. Junk A. Ruiz S. Errede T. Zenis L. Pribyl Andrew White Kaushik De J. Proudfoot Joao Seixas M.v. Castillo V. A. Giakoumopoulou V. Batusov Carlos Marques S. Maliukov R. Lefèvre E. Higon R. Downing N. D. Topilin T. Del Prete D. Errede Evgeny Starchenko J. Sorokina M. Cascella Sanda Dita A. N. Sissakian Jose Flix A. Onofre Alberto Valero F. Skrzecz Armen Vartapetian Christophe Clement Christophe Clement M. Sosebee F. Ventura F. Martin F. Martin Marina Cobal N.a. Russakovich J. E. Pilcher Matteo Cavalli-sforza T. Nyman Stefan Valkar V. Simaitis A. Miagkov D Calderón J Ferrer Amir Farbin Amir Farbin S. V. Kopikov J. Gouveia Vincenzo Cavasinni Eric Feng Oscar Blanch Kerstin Jon-and J. Silva J. Blocki J. Blocki Antonio Ferrer Carmen Maidantchik V. M. Romanov M. J. Oreglia D. Fassouliotis Yuri Kulchitsky E. Bergeaas Thomas Lecompte Milos Lokajicek V Utkin P. Krivkova M. J. Shochet B. Di Girolamo Yu.f. Lomakin A. Dotti Claudio Santoni Fukun Tang N. Shalanda R. J. Miller J. Costello Polina Kuzhir O. Saltó C. Vellidis B. Zilka Fernando Marroquim L. Lovas Calin Alexa David Calvet Stanislav Nemecek Dominique Pallin Michal Suk Stanislav Tokár Serban Constantinescu R. A. Richards P. Rosnet A. Lupi E. Fullana Chiara Roda Jiri Dolejsi V. Guarino I. Jen-la Plante L. Nodulman Francesco Spanò K. J. Anderson Rupert Leitner Iacopo Vivarelli J. Sjoelin João Carvalho Tomas Davidek Tomas Davidek A. B. Fenyuk Pavel Starovoitov J. Pinhao J. W. Dawson Y. A. Kurochkin A. Gupta A. Maio Gary Drake V. Flaminio Sten Hellman Jemal Khubua F. Cogswell K. Gellerstedt C. Biscarat B. Sellden Mário Ramalho S. O. Holmgren A. V. Zenin Jean-christophe Gayde L. Miralles K. Wood Ilya Korolkov J. Schlereth Zdenek Dolezal B Brunel M. Lyablin Filippo Bosi Joaquin Poveda L. P. Says S Zenz Richard Teuscher V. Garde A. Antonaki V. Boldea Jiang Li C. Bromberg Ivan Sykora Ilias Efthymiopoulos A. Shchelchkov Francois Vazeille Paolo Francavilla E. Mazzoni E. Pod O. Solovianov P. Adragna A. Ananiev M. Hurwitz G. L. Usai J. Klereborn J. Huston A. N. Karyukhin M. Ramstedt J.a. Valls P. Speckmeyer Michael Haney N. Giokaris Irene Vichou P. Lourtie C. Bohm Davide Costanzo F. S. Merritt I. Hruska Alexander Solodkov M. Simonyan Mario David P. Roy D. G. Underwood L. E. Price Joao Saraiva M. Volpi José Paulo Santos Z. Zenonos R. Alves A. S. Cerqueira J. Budagov J. J. Grudzinski H. Sanders N. P. Gollub A Pereira A. Behrens A. M. Zaitsev Carlos Cardeira Gerard Montarou P. Amaral P. Amaral C. Guicheney C. Ferdi Ph Gris B. Salvachua Enrique Sanchis L. Raposeiro O. Gildemeister G. Blanchot Vicente González A. Henriques F. Podlyski P. Grenier P. Grenier V. Giangiobbe

subject

Engineering Large Hadron Collider Atlas (topology)business.industry Physics::Instrumentation and Detectors Nuclear engineering ATLAS experiment Calorimeters; Detector design and construction technologies and materials Nuclear physics Tile calorimeter Calorimeters Physics::Accelerator Physics High Energy Physics::Experiment Detectors and Experimental Techniques Mechanical construction Detector design and construction technologies and materials Nuclear Experiment business Instrumentation Mathematical Physics

description

This paper summarises the mechanical construction andinstallation of the Tile Calorimeter for the ATLASexperiment at the Large Hadron Collider in CERN, Switzerland. The TileCalorimeter is a sampling calorimeter using scintillator as the sensitivedetector and steel as the absorber and covers the central region of the ATLASexperiment up to pseudorapidities ±1.7. The mechanical construction ofthe Tile Calorimeter occurred over a periodof about 10 years beginning in 1995 with the completionof the Technical Design Report and ending in 2006 with the installationof the final module in the ATLAS cavern. Duringthis period approximately 2600 metric tons of steel were transformedinto a laminated structure to form the absorber of the sampling calorimeter.Following instrumentation and testing, which is described elsewhere, themodules were installed in the ATLAS cavern with a remarkable accuracy fora structure of this size and weight. Peer Reviewed

year	journal	country	edition	language
2013-11-04

https://hdl.handle.net/10400.14/34923