Study of the response of the ATLAS central calorimeter to pions of energies from 3 to 9 GeV

6533b85bfe1ef96bd12bb595

RESEARCH PRODUCT

Study of the response of the ATLAS central calorimeter to pions of energies from 3 to 9 GeV

E. Abat J.m. Abdallah T.n. Addy P. Adragna M. Aharrouche A. Ahmad T.p.a. Akesson M. Aleksa C. Alexa K. Anderson F. Anghinolfi A. Antonaki G. Arabidze E. Arik O.k. Baker D. Banfi S. Baron H.p. Beck B. Belhorma D. Benchekroun D.p. Benjamin K. Benslama E. Bergeaas Kuutmann H. Bertelsen S. Binet C. Biscarat V. Boldea V.g. Bondarenko M. Boonekamp M. Bosman C. Bourdarios D. Burckhart Chromek V. Bychkov J. Callahan D. Calvet M. Canneri M. Capeáns Garrido M. Caprini L. Cardiel Sas T. Carli L. Carminati J. Carvalho M. Cascella M.v. Castillo A. Catinaccio M. Cavalli Sforza D. Cavalli V. Cavasinni S.a. Cetin H. Chen R. Cherkaoui F. Chevallier M. Ciobotaru M. Citterio B. Cleland E. Cogneras P. Conde Muino M. Consonni S. Constantinescu T. Cornelissen A. Corso Radu G. Costa P. Cwetanski D. Da Silva M. Dam H.o. Danielsson D. Dannheim T. Davidek K. De P.o. Defay B. Dekhissi J. Del Peso M. Delmastro T. Del Prete F. Derue L. Di Ciaccio B. Di Girolamo S. Dita F. Dittus F. Djama T. Djobava M. Dobson B.a. Dolgoshein A. Dotti G. Drake N. Dressnandt C. Driouchi W.l. Ebenstein P. Eerola I. Efthymiopoulos K. Egorov T.f. Eifert M. El Kacimi A.i. Etienvre A. Fabich A.i. Fakhr-edine M. Fanti A. Farbin P. Farthouat D. Fassouliotis L. Fayard R. Febbraro O.l. Fedin A. Fenyuk R. Ferrari B.c. Ferreira A. Ferrer G. Filippini D. Fournier P. Francavilla D. Francis R. Froeschl D. Froidevaux E. Fullana S. Gadomski P. Gagnon S. Gameiro R. Garcia N. Ghodbane V. Giakoumopoulou V. Giangiobbe N. Giokaris G. Glonti N. Gollub A. Gomes M.d. Gomez B. Gorini D. Goujdami K.j. Grahn P. Grenier N. Grigalashvili Y. Grishkevich M. Gruwe C. Guicheney A. Gupta C. Haeberli Z. Hajduk H. Hakobyan M. Hance P.h. Hansen A. Harvey A. Henriques Correia L. Hervas E. Higon J. Hoffman J.y. Hostachy I. Hruska F. Hubaut W. Hulsbergen M. Hurwitz L. Iconomidou-fayard I. Jen-la Plante P.d.c. Johansson K. Jon-and M. Joos S. Jorgensen A. Kaczmarska M. Kado A. Karyukhin M. Kataoka F. Kayumov A. Kazarov P.t. Keener G.d. Kekelidze N. Kerschen G. Khoriauli E. Khramov A. Khristachev J. Khubua T.h. Kittelmann E. Klinkby T. Koffas S. Kolos S.p. Konovalov S. Kopikov I. Korolkov S. Kovalenko T.z. Kowalski K. Krüger V. Kramarenko L.g. Kudin Y. Kulchitsky R. Lafaye B. Laforge W. Lampl F. Lanni S. Laplace A.c. Le Bihan M. Lechowski F. Ledroit-guillon G. Lehmann R. Leitner D. Lelas Z. Liang Z. Liang P. Lichard M. Lokajicek L. Louchard K. Loureiro A. Lucotte F. Luehring B. Lundberg B. Lund-jensen H. Ma R. Mackeprang A. Maio V.p. Maleev F. Malek J. Maneira L. Mandelli M. Mazzanti A. Manousakis L. Mapelli C. Marques F. Martin M. Mazzanti K.w. Mcfarlane G. Mchedlidze R. Mcpherson C. Meirosu Z. Meng A. Miagkov V. Mialkovski D. Milstead I. Minashvili B. Mindur V.a. Mitsou E. Monnier S.v. Morozov M. Mosidze S.v. Mouraviev A. Munar A.v. Nadtochi A. Negri S. Nemecek M. Nessi S.y. Nesterov F.m. Newcomer I. Nikitine I. Nikolic-audit H. Ogren S.h. Oh S.b. Oleshko J. Olszowska A. Onofre C. Padilla Aranda S. Paganis D. Pallin D. Pantea V. Paolone J. Parsons E. Pasqualucci M.s. Passmore S. Patrichev M. Peez V. Perez Reale L. Perini V.d. Peshekhonov J. Petersen T.c. Petersen R. Petti J. Pilcher J. Pina B. Pinto F. Podlyski L. Poggioli J. Poveda P. Pralavorio L. Pribyl M.j. Price D. Prieur C. Puigdengoles P. Puzo S. Rajagopalan C. Rembser M. Ridel I. Riu C. Roda O. Rohne A. Romaniouk D. Rousseau A. Ruiz N. Rusakovich D. Rust Y.f. Ryabov V. Ryjov O. Salto B. Salvachua C. Santamarina Rios C. Santoni J.g. Saraiva F. Sarri G. Sauvage L.p. Says M. Schaefer V.a. Schegelsky G. Schlager J. Schlereth C. Schmitt P. Schwemling J. Schwindling J.m. Seixas D.m. Seliverstov L. Serin N. Shalanda T. Shin A. Shmeleva J. Silva S. Simion M. Simonyan J.e. Sloper S.yu. Smirnov L. Smirnova C. Solans A. Solodkov O. Solovianov I. Soloviev V.v. Sosnovtsev F. Spanò P. Speckmeyer S. Stancu R. Stanek E. Starchenko A. Straessner S.i. Suchkov M. Suk R.r. Szczygiel F. Tarrade F. Tartarelli P. Tas Y. Tayalati R. Teuscher M. Thioye V.o. Tikhomirov S. Tisserant L. Tremblet P. Tsiareshka G. Unal G. Unel G. Usai A. Valero S. Valkar J.a. Valls R. Van Berg W. Vandelli F. Vannucci A. Vartapetian V.i. Vassilakopoulos L. Vassilieva F. Vazeille Y. Vetter-cole I. Vichou V. Vinogradov I. Vivarelli M. Volpi C. Wang P. Werner S. Wheeler M. Wiesmann H. Wilkens H.h. Williams I. Wingerter-seez Y. Yasu A. Zaitsev A. Zenin T. Zenis Z. Zenonos H. Zhang N. Zhou

subject

Nuclear and High Energy Physics Particle physics Physics::Instrumentation and Detectors Hadron Nuclear Theory Calorimetry 01 natural sciences Nuclear physics Pion Atlas (anatomy)0103 physical sciences medicine Calibration [PHYS.PHYS.PHYS-INS-DET]Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det]010306 general physics Nuclear Experiment Instrumentation Physics Large Hadron Collider 010308 nuclear & particles physics Detector ATLAS Super Proton Synchrotron Calorimeter medicine.anatomical_structure Calibration Physics::Accelerator Physics High Energy Physics::Experiment Test beam Simulation

description

Çetin, Serkant Ali (Dogus Author) A fully instrumented slice of the ATLAS central detector was exposed to test beams from the SPS (Super Proton Synchrotron) at CERN in 2004. In this paper, the response of the central calorimeters to pions with energies in the range between 3 and 9 GeV is presented. The linearity and the resolution of the combined calorimetry (electromagnetic and hadronic calorimeters) was measured and compared to the prediction of a detector simulation program using the toolkit Geant 4.

year	journal	country	edition	language
2009-08-01

10.1016/j.nima.2009.05.158 https://hal.in2p3.fr/in2p3-00395277