학술논문

SiPM-matrix readout of two-phase argon detectors using electroluminescence in the visible and near infrared range
Document Type
article
Author
C. E. AalsethS. AbdelhakimP. AgnesR. AjajI. F. M. AlbuquerqueT. AlexanderA. AliciA. K. AltonP. AmaudruzF. AmeliJ. AnsteyP. AntonioliM. ArbaS. ArcelliR. ArditoI. J. ArnquistP. ArpaiaD. M. AsnerA. AsunskisM. AveH. O. BackV. BarbaryanA. Barrado OlmedoG. BatignaniM. G. BisogniV. BocciA. BondarG. BonfiniW. BoniventoE. BorisovaB. BottinoM. G. BoulayR. BunkerS. BussinoA. BuzulutskovM. CadedduM. CadoniA. CaminataN. CanciA. CandelaC. CantiniM. CaravatiM. CarielloF. CarnesecchiA. CastellaniP. CastelloP. CavalcanteD. CavazzaS. CavuotiS. CebrianJ. M. Cela RuizB. CelanoR. CeresetoS. ChashinW. ChengA. ChepurnovC. CicalòL. CifarelliM. CitterioF. CoccettiV. CoccoM. ColocciE. Conde VildaL. ConsiglioF. CossioG. CovoneP. CrivelliI. D’AntoneM. D’InceccoM. D. Da Rocha RoloO. DadounM. DanielS. DaviniS. De CeccoM. De DeoA. De FalcoD. De GruttolaG. De GuidoG. De RosaG. DellacasaP. DemontisS. De PasqualeA. V. DerbinA. DevotoF. Di EusanioL. Di NotoG. Di PietroP. Di StefanoC. DionisiG. DolganovF. DordeiM. DowningF. EdalatfarA. EmplM. Fernandez DiazC. FilipG. FiorilloK. FomenkoA. FranceschiD. FrancoE. FrolovG. E. FroudakisN. FunicelloF. GabrieleA. GabrieliC. GalbiatiM. GarbiniP. Garcia AbiaD. Gascón ForaA. GendottiC. GhianoA. GhisiP. GiampaR. A. GiampaoloC. GigantiM. A. GiorgiG. K. GiovanettiM. L. GliganO. GorchakovM. GrabR. Graciani DiazM. GrassiJ. W. GrateA. GrobovM. GromovM. GuanM. B. B. GuerraM. GuerzoniM. GulinoR. K. HaalandB. R. HackettA. HallinM. HaranczykB. HarropE. W. HoppeS. HorikawaB. HosseiniF. HubautP. HumbleE. V. HungerfordAn. IanniA. IlyasovV. IppolitoC. JillingsK. KeeterC. L. KendzioraI. KochanekK. KondoG. KoppD. KorablevG. KorgaA. KubankinR. KugathasanM. KussM. La CommaraL. La DelfaM. LaiM. LeboisB. LehnertN. LevashkoX. LiQ. LiqiangM. LissiaG. U. LodiG. LongoR. LussanaL. LuzziA. A. MachadoI. N. MachulinA. MandaranoS. ManeckiL. MapelliA. MargottiS. M. MariM. MarianiJ. MaricicM. MarinelliD. MarrasM. MartínezA. D. Martinez RojasM. MasciaJ. MasonA. MasoniA. B. McDonaldA. MessinaT. MileticR. MilincicA. MoggiS. MoioliJ. MonroeM. MorrocchiT. MrozW. MuV. N. MuratovaS. MurphyC. MuscasP. MusicoR. NaniaT. NapolitanoA. Navrer AgassonM. NessiI. NikulinV. NosovJ. A. NowakA. OleinikV. OleynikovM. OrsiniF. OrticaL. PaganiM. PallaviciniS. PalmasL. PandolaE. PanticE. PaoloniF. PazzonaS. PeetersP. A. PegoraroK. PelczarL. A. PellegriniC. PellegrinoN. PellicciaF. PerottiV. PesudoE. PicciauF. PietropaoloA. PocarT. R. PollmannD. PortaluppiS. S. PoudelP. PralavorioD. PriceB. RadicsF. RaffaelliF. RagusaM. RazetiC. RegenfusA. L. RenshawS. ResciaM. RescignoF. RetiereL. P. RignaneseC. RipoliA. RivettiJ. RodeA. RomaniL. RomeroN. RossiA. RubbiaP. SalaP. SalatinoO. SamoylovE. Sánchez GarcíaE. SandfordS. SanfilippoM. SantD. SantoneR. SantorelliC. SavareseE. ScapparoneB. SchlitzerG. ScioliE. SegretoA. SeifertD. A. SemenovA. ShchaginA. SheshukovS. SiddhantaM. SimeoneP. N. SinghP. SkensvedM. D. SkorokhvatovO. SmirnovG. SobreroA. SokolovA. SotnikovR. StainforthA. SteriS. StrackaV. StricklandG. B. SuffrittiS. SulisY. SuvorovA. M. SzelcR. TartagliaG. TesteraT. ThorpeA. TonazzoA. TosiM. TuveriE. V. UnzhakovG. UsaiA. VaccaE. Vázquez-JáureguiT. ViantS. VielF. VillaA. VishnevaR. B. VogelaarJ. WahlJ. J. WaldingH. WangY. WangS. WesterdaleR. J. WheadonR. WilliamsJ. WilsonMa. M. WojcikMa. WojcikS. WuX. XiaoC. YangZ. YeM. ZuffaG. ZuzelThe DarkSide-20k collaboration
Source
European Physical Journal C: Particles and Fields, Vol 81, Iss 2, Pp 1-17 (2021)
Subject
Astrophysics
QB460-466
Nuclear and particle physics. Atomic energy. Radioactivity
QC770-798
Language
English
ISSN
1434-6044
1434-6052
Abstract
Abstract Proportional electroluminescence (EL) in noble gases is used in two-phase detectors for dark matter searches to record (in the gas phase) the ionization signal induced by particle scattering in the liquid phase. The “standard” EL mechanism is considered to be due to noble gas excimer emission in the vacuum ultraviolet (VUV). In addition, there are two alternative mechanisms, producing light in the visible and near infrared (NIR) ranges. The first is due to bremsstrahlung of electrons scattered on neutral atoms (“neutral bremsstrahlung”, NBrS). The second, responsible for electron avalanche scintillation in the NIR at higher electric fields, is due to transitions between excited atomic states. In this work, we have for the first time demonstrated two alternative techniques of the optical readout of two-phase argon detectors, in the visible and NIR range, using a silicon photomultiplier matrix and electroluminescence due to either neutral bremsstrahlung or avalanche scintillation. The amplitude yield and position resolution were measured for these readout techniques, which allowed to assess the detection threshold for electron and nuclear recoils in two-phase argon detectors for dark matter searches. To the best of our knowledge, this is the first practical application of the NBrS effect in detection science.