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2016-10-03
Two-particle correlations in azimuthal angle and pseudorapidity in inelastic p+p interactions at the CERN Super Proton Synchrotron
SHINE CollaborationA. AduszkiewiczY. AliE. AndronovT. AnticicN. AntoniouB. BaatarF. BayA. BlondelM. BogomilovA. BrandinA. BravarJ. BrzychczykS. A. BunyatovO. BusyginaP. ChristakoglouM. CirkovicT. CzopowiczA. DamyanovaN. DavisH. DembinskiM. DeveauxF. DiakonosS. Di LuiseW. DominikJ. DumarchezR. EngelA. EreditatoG. A. FeofilovZ. FodorA. GaribovM. GazdzickiM. GolubevaK. GrebieszkowA. GrzeszczukF. GuberA. HaeslerT. HasegawaA. E. HerveM. HierholzerJ. HylenS. IgolkinA. IvashkinS. R. JohnsonK. KadijaA. KapoyannisE. KapturM. KielbowiczJ. KisielN. KnezevicT. KobayashiV. I. KolesnikovD. KolevV. P. KondratievA. KorzenevV. KovalenkoK. KowalikS. KowalskiM. KozielA. KrasnoperovM. KuichA. KurepinD. LarsenA. LaszloM. LewickiB. LundbergV. V. LyubushkinM. Mackowiak-PawlowskaB. MaksiakA. I. MalakhovD. ManicA. MarchionniA. MarcinekA. D. MarinoK. MartonH. -J. MathesT. MatulewiczV. MatveevG. L. MelkumovA. MerzlayaB. MesserlyG. B. MillsS. MorozovS. MrowczynskiY. NagaiT. NakadairaM. NaskretM. NirkkoK. NishikawaV. OzvenchukA. D. PanagiotouV. PaoloneM. PavinO. PetukhovC. PistilloR. PlanetaB. A. PopovM. PosiadalaS. PulawskiJ. PuzovicR. RameikaW. RauchM. RavonelA. RedijR. RenfordtE. Richter-WasA. RobertD. RohrichE. RondioM. RothA. RubbiaB. T. RumbergerA. RustamovM. RybczynskiA. RybickiA. SadovskyK. SakashitaR. SarneckiK. SchmidtT. SekiguchiI. SelyuzhenkovA. SeryakovP. SeybothD. SgalabernaM. ShibataM. SlodkowskiP. StaszelG. StefanekJ. StepaniakH. StrobeleT. SusaM. SzubaM. TadaA. TaranenkoA. TefelskaD. TefelskiV. TereshchenkoR. TsenovL. TurkoR. UlrichM. UngerM. VassiliouD. VebericV. V. VecherninG. VesztergombiL. VinogradovM. WalewskiA. WickremasingheA. WilczekZ. WlodarczykA. Wojtaszek-SzwarcO. WyszynskiL. ZambelliE. D. ZimmermanR. Zwaska
文献摘要
Results on two-particle correlations in inelastic p+p interactions at 20, 31, 40, 80, and 158~GeV/c are presented. The measurements were performed using the large acceptance NA61/SHINE hadron spectrometer at the CERN Super Proton Synchrotron. The data show structures which can be attributed mainly to effects of resonance decays, momentum conservation, and quantum statistics. The results are compared with the EPOS and UrQMD models.
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