Production of ΛΛ hyperons in inelastic p+p interactions at 158 GeV/cc

preprint2016arXivOpen access
A. AduszkiewiczY. AliE. AndronovT. AntićićN. AntoniouB. BaatarF. BayA. BlondelM. BogomilovA. BrandinA. BravarJ. BrzychczykS. A. BunyatovO. BusyginaP. ChristakoglouM. ĆirkovićT. CzopowiczA. DamyanovaN. DavisH. DembinskiM. DeveauxF. DiakonosS. Di LuiseW. DominikJ. DumarchezK. DynowskiR. EngelA. EreditatoG. A. FeofilovZ. FodorA. GaribovM. GaździckiM. GolubevaK. GrebieszkowA. GrzeszczukF. GuberA. HaeslerT. HasegawaA. E. HervéM. HierholzerS. IgolkinA. IvashkinS. R. JohnsonK. KadijaA. KapoyannisE. KapturJ. KisielT. KobayashiV. I. KolesnikovD. KolevV. P. KondratievA. KorzenevK. KowalikS. KowalskiM. KozielA. KrasnoperovM. KuichA. KurepinD. LarsenA. LászlóM. LewickiV. V. LyubushkinM. Maćkowiak-PawłowskaB. MaksiakA. I. MalakhovD. ManićA. MarcinekA. D. MarinoK. MartonH. -J. MathesT. MatulewiczV. MatveevG. L. MelkumovB. MesserlyG. B. MillsS. MorozovS. MrówczyńskiY. NagaiT. NakadairaM. NaskrętM. NirkkoK. NishikawaA. D. PanagiotouV. PaoloneM. PavinO. PetukhovC. PistilloR. PłanetaB. A. PopovM. PosiadałaS. PuławskiJ. PuzovićW. RauchM. RavonelA. RedijR. RenfordtE. Richter-WąsA. RobertD. RöhrichE. RondioM. RothA. RubbiaB. T. RumbergerA. RustamovM. RybczynskiA. SadovskyK. SakashitaK. SchmidtT. SekiguchiI. SelyuzhenkovA. SeryakovP. SeybothD. SgalabernaM. ShibataM. SłodkowskiP. StaszelG. StefanekJ. StepaniakH. StröbeleT. ŠušaM. SzubaM. TadaA. TaranenkoD. TefelskiV. TereshchenkoR. TsenovL. TurkoR. UlrichM. UngerM. VassiliouD. VeberičV. V. VecherninG. VesztergombiL. VinogradovA. WilczekZ. WłodarczykA. Wojtaszek-SzwarcO. WyszyńskiL. ZambelliE. D. Zimmerman

Abstract

Inclusive production of ΛΛ-hyperons was measured with the large acceptance NA61/SHINE spectrometer at the CERN SPS in inelastic p+p interactions at beam momentum of 158~\GeVc. Spectra of transverse momentum and transverse mass as well as distributions of rapidity and xF_{_F} are presented. The mean multiplicity was estimated to be 0.120 ±0.006  (stat.) ±0.010  (sys.)0.120\,\pm0.006\;(stat.)\,\pm 0.010\;(sys.). The results are compared with previous measurements and predictions of the EPOS, UrQMD and FRITIOF models.

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