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2014-12-08
Pion and proton showers in the CALICE scintillator-steel analogue hadron calorimeter
The CALICE CollaborationB. BilkiJ. RepondL. XiaG. EigenM. A. ThomsonD. R. WardD. BenchekrounA. HoummadaY. KhoulakiS. ChangA. KhanD. H. KimD. J. KongY. D. OhG. C. BlazeyA. DyshkantK. FrancisJ. G. R. LimaR. SalcidoV. ZutshiF. SalvatoreK. KawagoeY. MiyazakiY. SudoT. SueharaT. TomitaH. UenoT. YoshiokaJ. ApostolakisD. DannheimG. FolgerV. IvantchenkoW. KlemptA. -I. Lucaci-TimoceA. RibonD. SchlatterE. SickingV. UzhinskiyJ. GiraudD. GrondinJ. -Y. HostachyL. MorinE. BrianneU. CornettD. DavidA. EbrahimiG. FalleyK. GadowP. GöttlicherC. GünterO. HartbrichB. HermbergS. KarstensenF. KrivanK. KrügerS. LuB. LutzS. MorozovV. MorgunovC. NeubüserM. ReineckeF. SefkowP. SmirnovH. L. TranP. BuhmannE. GaruttiS. LaurienM. MatysekM. RamilliK. BrigglP. EckertT. HarionY. MunwesH. -Ch. Schultz-CoulonW. ShenR. StamenE. NorbeckD. NorthackerY. OnelB. van DorenG. W. WilsonM. WingC. CombaretL. CaponettoR. EtéG. GrenierR. HanJ. C. IanigroR. KiefferI. LaktinehN. LumbH. MathezL. MirabitoA. PetrukhinA. SteenJ. Berenguer AntequeraE. Calvo AlamilloM. -C. FouzJ. MarinJ. Puerta-PelayoA. VerdugoF. CorriveauB. BobchenkoR. ChistovM. ChadeevaM. DanilovA. DrutskoyA. EpifantsevO. MarkinD. MironovR. MizukE. NovikovV. RusinovE. TarkovskyD. BessonP. BuzhanA. IlyinE. PopovaM. GabrielC. KieslingN. van der KolkF. SimonC. SoldnerM. SzalayM. TesarL. WeusteM. S. AmjadJ. BonisS. CallierS. Conforti di LorenzoP. CornebiseF. DulucqJ. FleuryT. FrissonG. Martin-ChassardR. PöschlL. RauxF. RichardJ. RouënéN. Seguin-MoreauCh. de la TailleM. AnduzeV. BoudryJ-C. BrientC. ClercR. CornatM. FrotinF. GastaldiA. MatthieuP. Mora de FreitasG. MusatM. RuanH. VideauJ. ZacekJ. CvachP. GallusM. HavranekM. JanataJ. KvasnickaD. LednickyM. MarcisovskyI. PolakJ. PopuleL. TomasekM. TomasekP. SichoJ. SmolikV. VrbaJ. ZalesakD. JeansS. Weber
文献摘要
Showers produced by positive hadrons in the highly granular CALICE scintillator-steel analogue hadron calorimeter were studied. The experimental data were collected at CERN and FNAL for single particles with initial momenta from 10 to 80 GeV/c. The calorimeter response and resolution and spatial characteristics of shower development for proton- and pion-induced showers for test beam data and simulations using Geant4 version 9.6 are compared.
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