6533b862fe1ef96bd12c6b31

RESEARCH PRODUCT

Liquid argon calorimeter performance at high rates

Pavol StrizenecV. MalyaevS. P. DenisovC. ZeitnitzM. Y. KazarinovR.b. WalkerL. MerkulovV. AnikeevNamig JavadovSergey ChekulaevEvgueni LadyginAndrei SnesarevA. SavinAndrei AkimovH. M. BraunM. BlagovR. SnopkovV. DrobinG. E. PospelovL. PetrovaV. P. ErshovN. ProkopenkoDusan BrunckoPeter SchachtArno StraessnerStefan TapproggeA. AfoninG. KrupnyC. HandelJ. HuberC. J. OramDenis SalihagicT.v. BedarevaLeonid KurchaninovA. StarostinG. KhmarukR. OthegravenA. V. KozelovVladimir SulinN. ChabrovV. VadeevI. AzhgireyJohn RutherfoordFrank SeifertV. V. FimushkinA. LevinJ. FerenceiY. A. TikhonovV. GarkushaAndrey KiryuninD. A. StoyanovaV. VoroninVladimir AndreevAlexey TalyshevSven MenkeYu. A. UsovAlexander CheplakovV. SeleznevTeresa BarillariS. KulikovVictor KukhtinM. J. KobelS.g. PivovarovA. GrekhovHorst OberlackWolfgang MaderJ. RascvetalovA. B. LazarevV. SuzdalevEugen ErtelA. GlatteA. B. NeganovE. KomogorovM. SoldatovAlexey MaslennikovA. FischerS. N. ShilovV. A. BezzubovEduard KladivaH. SeckerV. N. EvdokimovR. DegeleV. YakimchukSergey PeleganchukJ. SpalekI. VasilievAston KomarL. Shaver

subject

PhysicsNuclear and High Energy PhysicsLarge Hadron ColliderArgonLuminosity (scattering theory)Physics::Instrumentation and Detectorschemistry.chemical_elementCryogenicsCalorimeterNuclear physicsmedicine.anatomical_structurechemistryAtlas (anatomy)medicineMeasuring instrumentPhysics::Accelerator PhysicsHigh Energy Physics::ExperimentInstrumentationBeam (structure)

description

Abstract We project the performance of the ATLAS liquid argon endcap and forward calorimeters at the planned high luminosity LHC option HL-LHC by exposing small calorimeter modules of the electromagnetic, hadronic, and forward calorimeters to high intensity beams at IHEP/Protvino. The beam intensity extends well beyond the maximum expected for these calorimeters at HL-LHC. The signal reconstruction and calorimeter performance have been studied in full detail.

https://doi.org/10.1016/j.nima.2011.12.009