6533b855fe1ef96bd12b0a7b

RESEARCH PRODUCT

Study of energy response and resolution of the ATLAS barrel calorimeter to hadrons of energies from 20 to 350 GeV

E. AbatJ.m. AbdallahT.n. AddyP. AdragnaM. AharroucheA. AhmadT.p.a. AkessonM. AleksaC. AlexaK. AndersonF. AnghinolfiA. AntonakiG. ArabidzeE. ArikO.k. BakerD. BanfiS. BaronH.p. BeckB. BelhormaD. BenchekrounD.p. BenjaminK. BenslamaE. Bergeaas KuutmannH. BertelsenS. BinetC. BiscaratV. BoldeaV.g. BondarenkoM. BoonekampM. BosmanC. BourdariosD. Burckhart ChromekV. BychkovJ. CallahanD. CalvetM. CanneriM. Capeáns GarridoM. CapriniL. Cardiel SasT. CarliL. CarminatiJ. CarvalhoM. CascellaM.v. CastilloA. CatinaccioM. Cavalli SforzaD. CavalliV. CavasinniS.a. CetinH. ChenR. CherkaouiF. ChevallierM. CiobotaruM. CitterioB. ClelandE. CognerasP. Conde MuinoM. ConsonniS. ConstantinescuT. CornelissenA. Corso RaduG. CostaP. CwetanskiD. Da SilvaM. DamH.o. DanielssonD. DannheimT. DavidekK. DeP.o. DefayB. DekhissiJ. Del PesoM. DelmastroT. Del PreteF. DerueL. Di CiaccioB. Di GirolamoS. DitaF. DittusF. DjamaT. DjobavaM. DobsonB.a. DolgosheinA. DottiG. DrakeN. DressnandtC. DriouchiW.l. EbensteinP. EerolaI. EfthymiopoulosK. EgorovT.f. EifertM. El KacimiA.i. EtienvreA. FabichA.i. Fakhr-edineM. FantiA. FarbinP. FarthouatD. FassouliotisL. FayardR. FebbraroO.l. FedinA. FenyukR. FerrariB.c. FerreiraA. FerrerG. FilippiniD. FournierP. FrancavillaD. FrancisR. FroeschlD. FroidevauxE. FullanaS. GadomskiP. GagnonS. GameiroR. GarciaN. GhodbaneV. GiakoumopoulouV. GiangiobbeN. GiokarisG. GlontiN. GollubA. GomesM.d. GomezV. GonzálezB. GoriniD. GoujdamiK.j. GrahnP. GrenierN. GrigalashviliY. GrishkevichM. GruweC. GuicheneyA. GuptaC. HaeberliZ. HajdukH. HakobyanM. HanceP.h. HansenA. HarveyA. Henriques CorreiaL. HervasE. HigonJ. HoffmanJ.y. HostachyI. HruskaF. HubautW. HulsbergenM. HurwitzL. Iconomidou-fayardI. Jen-la PlanteP.d.c. JohanssonK. Jon-andM. JoosS. JorgensenA. KaczmarskaM. KadoA. KaryukhinM. KataokaF. KayumovA. KazarovP.t. KeenerG.d. KekelidzeN. KerschenG. KhoriauliE. KhramovA. KhristachevJ. KhubuaT.h. KittelmannE. KlinkbyT. KoffasS. KolosS.p. KonovalovS. KopikovI. KorolkovS. KovalenkoT.z. KowalskiK. KrügerV. KramarenkoL.g. KudinY. KulchitskyR. LafayeB. LaforgeW. LamplF. LanniS. LaplaceA.c. Le BihanM. LechowskiF. Ledroit-guillonG. LehmannR. LeitnerD. LelasZ. LiangZ. LiangP. LichardM. LokajicekL. LouchardK. LoureiroA. LucotteF. LuehringB. LundbergB. Lund-jensenH. MaR. MackeprangA. MaioV.p. MaleevF. MalekJ. ManeiraL. MandelliM. MazzantiA. ManousakisL. MapelliC. MarquesF. MartinM. MazzantiK.w. McfarlaneG. MchedlidzeR. McphersonC. MeirosuZ. MengA. MiagkovV. MialkovskiD. MilsteadI. MinashviliB. MindurV.a. MitsouE. MonnierS.v. MorozovM. MosidzeS.v. MouravievA. MunarA.v. NadtochiA. NegriS. NemecekM. NessiS.y. NesterovF.m. NewcomerI. NikitineI. Nikolic-auditH. OgrenS.h. OhS.b. OleshkoJ. OlszowskaA. OnofreC. Padilla ArandaS. PaganisD. PallinD. PanteaV. PaoloneJ. ParsonsE. PasqualucciM.s. PassmoreS. PatrichevM. PeezV. Perez RealeL. PeriniV.d. PeshekhonovJ. PetersenT.c. PetersenR. PettiJ. PilcherJ. PinaB. PintoF. PodlyskiL. PoggioliJ. PovedaP. PralavorioL. PribylM.j. PriceD. PrieurC. PuigdengolesP. PuzoS. RajagopalanC. RembserM. RidelI. RiuC. RodaO. RohneA. RomanioukD. RousseauA. RuizN. RusakovichD. RustY.f. RyabovV. RyjovO. SaltoB. SalvachuaE. SanchisC. Santamarina RiosC. SantoniJ.g. SaraivaF. SarriG. SauvageL.p. SaysM. SchaeferV.a. SchegelskyG. SchlagerJ. SchlerethC. SchmittP. SchwemlingJ. SchwindlingJ.m. SeixasD.m. SeliverstovL. SerinN. ShalandaT. ShinA. ShmelevaJ. SilvaS. SimionM. SimonyanJ.e. SloperS.yu. SmirnovL. SmirnovaC. SolansA. SolodkovO. SolovianovI. SolovievV.v. SosnovtsevF. SpanòP. SpeckmeyerS. StancuR. StanekE. StarchenkoA. StraessnerS.i. SuchkovM. SukR.r. SzczygielF. TarradeF. TartarelliP. TasY. TayalatiR. TeuscherM. ThioyeV.o. TikhomirovS. TisserantJ. TorresL. TrembletP. TsiareshkaV. TsiskaridzeG. UnalG. UnelG. UsaiA. ValeroS. ValkarJ.a. VallsR. Van BergW. VandelliF. VannucciA. VartapetianV.i. VassilakopoulosL. VassilievaF. VazeilleY. Vetter-coleI. VichouV. VinogradovI. VivarelliM. VolpiC. WangP. WernerS. WheelerM. WiesmannH. WilkensH.h. WilliamsI. Wingerter-seezY. YasuA. ZaitsevA. ZeninT. ZenisZ. ZenonosH. ZhangN. Zhou

subject

Nuclear and High Energy PhysicsParticle physicsPhysics::Instrumentation and DetectorsTest-beamHadronCalorimetry01 natural sciencesNuclear physicsAtlas (anatomy)0103 physical sciencesmedicine[PHYS.HEXP]Physics [physics]/High Energy Physics - Experiment [hep-ex][PHYS.PHYS.PHYS-INS-DET]Physics [physics]/Physics [physics]/Instrumentation and Detectors [physics.ins-det]010306 general physicsNuclear ExperimentInstrumentationPhysicsRange (particle radiation)Large Hadron ColliderCalorimeter (particle physics)010308 nuclear & particles physicsATLASSuper Proton Synchrotronmedicine.anatomical_structurePseudorapidityCalibrationPhysics::Accelerator PhysicsHigh Energy Physics::ExperimentBeam (structure)Simulation

description

A fully instrumented slice of the ATLAS detector was exposed to test beams from the SPS (Super Proton Synchrotron) at CERN in 2004. In this paper, the results of the measurements of the response of the barrel calorimeter to hadrons with energies in the range 20 to 350 GeV and beam impact points and angles corresponding to pseudorapidity values in the range 0.2-0.65 are reported. The results are compared to the predictions of a simulation program using the Geant 4 toolkit.

yearjournalcountryeditionlanguage
2010-09-01
10.1016/j.nima.2010.04.054http://hdl.handle.net/11568/197629