CERN Accelerating science

ATLAS Note
Report number ATL-TILECAL-PUB-2008-001 ; ATL-COM-TILECAL-2007-019
Title Design, Construction and Installation of the ATLAS Hadronic Barrel Scintillator-Tile Calorimeter
Author(s)

Abdallah, J ; Adragna, P ; Alexa, C ; Alves, R ; Amaral, P (CERN) ; Ananiev, A ; Anderson, K ; Andresen, X (CERN) ; Antonaki, A ; Batusov, V ; Bednar, P ; Bergeaas, E ; Biscarat, C ; Blanch, O ; Blanchot, G ; Bohm, C ; Boldea, V ; Bosi, F ; Bosman, M ; Bromberg, C ; Budagov, Yu A ; Calvet, D ; Cardeira, C ; Carli, T (CERN) ; Carvalho, J ; Cascella, M ; Castillo, M V ; Costello, J ; Cavalli-Sforza, M ; Cavasinni, V ; Cerqueira, A S ; Clément, C (CERN) ; Cobal, M (CERN) ; Cogswell, F ; Constantinescu, S ; Costanzo, D ; Da Silva, P ; Davidek, M (CERN) ; David, T ; Dawson, J ; De, K ; Del Prete, T ; Di Girolamo, B (CERN) ; Dita, S ; Dolejsi, J ; Dolezal, Z ; Dotti, A ; Downing, R ; Drake, G ; Efthymiopoulos, I (CERN) ; Errede, D ; Errede, S ; Farbin, A (CERN) ; Fassouliotis, D ; Feng, E ; Fenyuk, A ; Ferdi, C ; Ferreira, B C ; Ferrer, A ; Flaminio, V ; Flix, J ; Francavilla, P ; Fullana, E ; Garde, V ; Gellerstedt, K ; Giakoumopoulou, V ; Giangiobbe, V ; Gildemeister, O (CERN) ; Gilewsky, V ; Giokaris, N ; Gollub, N (CERN) ; Gomes, A ; González, V ; Gouveia, J ; Grenier, P (CERN) ; Gris, P ; Guarino, V ; Guicheney, C ; Sen-Gupta, A ; Hakobyan, H ; Haney, M ; Hellman, S ; Henriques, A (CERN) ; Higón, E ; Hill, N ; Holmgren, S ; Hruska, I ; Hurwitz, M ; Huston, J ; Jen-La Plante, I ; Jon-And, K ; Junk, T ; Karyukhin, A ; Khubua, J ; Klereborn, J ; Kopikov, S ; Korolkov, I ; Krivkova, P ; Kulchitsky, Y ; Kurochkin, Yu ; Kuzhir, P ; Lapin, V ; Le Compte, T ; Lefèvre, R ; Leitner, R ; Li, J ; Liablin, M ; Lokajícek, M ; Lomakin, Y ; Lourtie, P ; Lovas, L ; Lupi, A ; Maidantchik, C ; Maio, A ; Maliukov, S ; Manousakis, A ; Marques, C ; Marroquim, F ; Martin, F (CERN) ; Mazzoni, E ; Merritt, F S ; Myagkov, A ; Miller, R ; Minashvili, I ; Miralles, L ; Montarou, G ; Némécek, S ; Nessi, M (CERN) ; Nikitine, I ; Nodulman, L ; Norniella, O ; Onofre, A ; Oreglia, M ; Palan, B ; Pallin, D ; Pantea, D ; Pereira, A ; Pilcher, J E ; Pina, J ; Pinhão, J ; Pod, E ; Podlyski, F ; Portell, X ; Poveda, J ; Pribyl, L ; Price, L E ; Proudfoot, J ; Ramalho, M ; Ramstedt, M ; Raposeiro, L ; Reis, J ; Richards, R ; Roda, C ; Romanov, V ; Rosnet, P ; Roy, P ; Ruiz, A ; Rumiantsau, V ; Russakovich, N ; Sada Costa, J ; Salto, O ; Salvachúa, B ; Sanchis, E ; Sanders, H ; Santoni, C ; Santos, J ; Saraiva, J G ; Sarri, F ; Says, L P ; Schlager, G (CERN) ; Schlereth, J L ; Seixas, J M ; Selldén, B ; Shalanda, N ; Shevtsov, P ; Shochet, M ; Simaitis, V ; Simonyan, M ; Sisakian, A ; Sjölin, J ; Solans, C ; Solodkov, A ; Solovianov, J ; Silva, O ; Sosebee, M ; Spanó, F (CERN) ; Speckmeyer, P (CERN) ; Stanek, R ; Starchenko, E ; Starovoitov, P ; Suk, M ; Sykora, I ; Tang, F ; Tas, P ; Teuscher, R ; Tokar, S ; Topilin, N ; Torres, J ; Underwood, D ; Usai, G ; Valero, A ; Valkár, S ; Valls, J A ; Vartapetian, A ; Vazeille, F ; Vellidis, C ; Ventura, F ; Vichou, I ; Vivarelli, I ; Volpi, M ; White, A ; Zaitsev, A ; Zenin, A ; Zenis, T ; Zenonos, Z ; Zenz, S ; Zilka, B

Publication 2007
Imprint 29 Nov 2007
Number of pages 21
Subject category Detectors and Experimental Techniques
Accelerator/Facility, Experiment CERN LHC ; ATLAS
Free keywords TileCal ; Calorimeter ; Construction
Abstract The scintillator tile hadronic calorimeter is a sampling calorimeter using steel as the absorber structure and scintillator as the active medium. The scintillator is located in "pockets" in the steel structure and the wavelength-shifting fibers are contained in channels running radially within the absorber to photomultiplier tubes which are located in the outer support girders of the calorimeter structure. In addition, to its role as a detector for high energy particles, the tile calorimeter provides the direct support of the liquid argon electromagnetic calorimeter in the barrel region, and the liquid argon electromagnetic and hadronic calorimeters in the endcap region. Through these, it indirectly supports the inner tracking system and beam pipe. The steel absorber, and in particular the support girders, provide the flux return for the solenoidal field from the central solenoid. Finally, the end surfaces of the barrel calorimeter are used to mount services, power supplies and readout crates for the inner tracking systems and the liquid argon barrel electromagnetic calorimeter.
Copyright/License Preprint: (License: CC-BY-4.0)

Corresponding record in: Inspire


 Запись создана 2007-11-29, последняя модификация 2018-05-29


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