The ATLAS hadronic tile calorimeter: From construction toward-physics

6533b82cfe1ef96bd128ff43

RESEARCH PRODUCT

The ATLAS hadronic tile calorimeter: From construction toward-physics

Ilias Efthymiopoulos Jose Torres Dan Pantea J. Castelo R. A. Richards P. Rosnet T. Le Compte A. B. Fenyuk Richard Teuscher S. Maliukov V. J. Guarino Martine Bosman Tomas Davidek J A Valls A. Antonaki P. V.m. Da Silva F. S. Merritt Jemal Khubua Jemal Khubua C. Cuenca I. Satsunkevitch J. Pina T. R. Junk Carlos Marques J. Schlereth F. Sarri J. E. Pilcher Petr Tas Jiang Li Pavel Starovoitov M. Sosebee T. Zenis P. Shevtsov Chiara Roda S. O. Holmgren F. Daudon V. Batusov Denis Oliveira Damazio Hrachya Hakobyan J.m.l. Amengual C. Biscarat O. Gildemeister G. Blanchot Vicente González A. Henriques S. Errede Alexander Solodkov R. Lefèvre D. G. Underwood V. M. Romanov Iacopo Vivarelli Fernando Marroquim L. Pribyl Andrew White T. Del Prete S. Binet José Paulo Santos Armen Vartapetian V. Grabsky Zdenek Dolezal J. Silva Y. A. Kurochkin P. Roy R. Downing J. Budagov A. Gupta Evgeny Starchenko J. Proudfoot Milos Lokajicek F. Podlyski Serban Constantinescu Carmen Maidantchik M. Volpi K.j. And P. Krivkova M.c. Sforza Antonio Ferrer Calin Alexa M. Ramstedt V. Rumiantsau B. Di Girolamo Dimitrios Fassouliotis G. Schlager Mark Oreglia Amir Farbin J. Poveda P. Grenier Vincenzo Cavasinni A. Lupi O. Norniella A. S. Cerqueira Carlos A. Iglesias L. E. Price R. J. Miller D. Errede Fukun Tang Davide Costanzo V. Giangiobbe C. Guicheney Michael Haney C. Bohm Sanda Dita Francois Vazeille Dominique Pallin O. Solovianov Vakhtang Tsulaia A. Bogush Michal Suk Irene Vichou P. Adragna Stanislav Tokár M. Lembesi Nikos Giokaris Lawrence Nodulman V. Simaitis Stanislav Nemecek E. Mazzoni Ph Gris O. Salto Rupert Leitner Mario David H. Sanders Gerard Montarou M.v. Castillo A. Miagkov Luiz Caloba G. Reinmuth A. Maio M. Hurwitz C. Ferdi J. Huston M. Crouau A. N. Karyukhin B. Sellden C. Bromberg F. Cogswell Giulio Usai Stefan Valkar V. Giakoumopoulou J. Klereborn I. Fedorko V. Boldea Ivan Sykora Polina Kuzhir A. M. Zaitsev Marzio Nessi Ilya Korolkov A. Dotti E. Fullana N. Russakovich Francesco Spanò K. J. Anderson J. G. Saraiva J. Pinhao N. D. Topilin L. Miralles Vladimir Vinogradov B. Salvachua Enrique Sanchis M. Liablin D. Lambert E. Higon V. Gilewsky X. Portell V. Flaminio Irakli Minashvili Kaushik De A. Zenine A. N. Sissakian L. P. Says A. Onofre V. Garde F. Martin A. Manousakis A. Gomes P. Bednar Yu.f. Lomakin M. J. Shochet Claudio Santoni David Calvet Jiri Dolejsi João Carvalho R. Chadelas Yuri Kulchitsky Yuri Kulchitsky R. Stanek Joao Seixas

subject

Nuclear and High Energy Physics Physics::Instrumentation and Detectors Monte Carlo method 02 engineering and technology Calorimetry Jet (particle physics)01 natural sciences Nuclear physics Atlas (anatomy)0103 physical sciences 0202 electrical engineering electronic engineering information engineering medicine Calibration [PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex]Point (geometry)[PHYS.PHYS.PHYS-INS-DET]Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det]Electrical and Electronic Engineering Aerospace engineering Physics 010308 nuclear & particles physics business.industry 020206 networking & telecommunications Calorimeter medicine.anatomical_structure Nuclear Energy and Engineering visual_art visual_art.visual_art_medium High Energy Physics::Experiment Tile business

description

ATLAS; The Tile Calorimeter, which constitutes the central section of the ATLAS hadronic calorimeter, is a non-compensating sampling device made of iron and scintillating tiles. The construction phase of the calorimeter is nearly complete, and most of the effort now is directed toward the final assembly and commissioning in the underground experimental hall. The layout of the calorimeter and the tasks carried out during construction are described, first with a brief reminder of the requirements that drove the calorimeter design. During the last few years a comprehensive test-beam program has been followed in order to establish the calorimeter electromagnetic energy scale, to study its uniformity, and to compare real data to Monte Carlo simulation. The test-beam setup and first results from the data are described. During the test-beam period in 2004, lasting several months, data have been acquired with a complete slice of the central ATLAS calorimeter. The data collected in the test-beam are crucial in order to study algorithms for hadronic energy reconstruction using single particles. The generalization of these algorithms to reconstruct jet energies will be the starting point for numerous physics studies in which jets play a leading role. The results obtained in applying these algorithms to simulated di-jet events are given in the last section of the note.

year	journal	country	edition	language
2005-06-04

10.1109/tns.2006.872628 http://hdl.handle.net/11568/181827