6533b83afe1ef96bd12a6f9e
RESEARCH PRODUCT
Study of D*+ production in nu_mu charged current interactions in the NOMAD experiment
Mikhail KirsanovR. CousinsJ.-m. VieiraAlexander ToropinL. S. PeakF. JugetDomizia OrestanoM. ContalbrigoArtem ChukanovAndré RubbiaP. HurstB. SchmidtAntonio BuenoT. WeisseL. Di LellaK. BenslamaValentin KuznetsovO.l. KlimovE. IacopiniJ.-p. MendiburuM. Valdata-nappiVincenzo CavasinniJ-p. MeyerV. FlaminioF. J. P. SolerVyacheslav ValuevDidier FerrereAlessandro CardiniT. VinogradovaI. BirdM. T. TranA. GodleyL.j. WintonD. GeppertF. VannucciP.w. CattaneoAnte LjubičićH. DegaudenziG. J. FeldmanM. VeltriJ. A. HernandoK. SchahmanecheSergei GninenkoJ. UlrichsKevin VarvellA. LanzaG. F. MoorheadE. GanglerD. HubbardP. ZucconE. Do Couto E SilvaF. SalvatoreR. PettiStefano LacapraraFergus WilsonA. PlacciA.-m. TouchardA. De SantoL. La RotondaG. SozziJ. RicoA. MarchionniJ. LongA. Cervera-villanuevaA. GrantH. PessardR. ChallisC. LachaudA. KovzelevL. CamilleriCaroline PoulsenS.a. BunyatovP. NedelecP. RiemannGiacomo GrazianiJ. BouchezA. LupiAlexey KrasnoperovMarco FraternaliM. Baldo-ceolinG. CollazuolM. BannerV. TereshchenkoA. BaldisseriJ. DumarchezD. SteeleA. GeiserMario StipčevićS.r. MishraG. Vidal-sitjesA. Letessier-selvonBarry BlumenfeldT. DignanF. BobisutD. DanielsTh. StolarczykGiacomo PoleselloChiara RodaE. TsesmelisCaren HagnerH. ZacconeM. Tareb-reyesT. SchmidtMalcolm EllisB. A. PopovC. JosephM. E. SeviorJ.j. Gómez-cadenasMichel GouanèreJ.m. GaillardM. MezzettoKai ZuberF. MartelliMarco LavederN. KentValerio VercesiDmitry V. NaumovYu. NefedovL. VacavantE. PennacchioN. HyettClaus GößlingD. KustovC. ContaG. ConfortoG. BassompierreJ. KokkonenS. BoydB. LakićG. N. TaylorS.n. ToveyFr PastoreRoberto FerrariC. Nguyen-mauT. Del PreteBruce YabsleyX. MéchainJ.-m. LevyP. AstierD. AutieroL. LinssenD. PollmannF.v. WeberT. FazioD. SillouA. GuglielmiU. StieglerNathalie BessonJ. GossetD. GibinA. Polyarushsubject
PhysicsNuclear and High Energy PhysicsParticle physicsHigh Energy Physics::PhenomenologyHadronFísicaNuclear physicsFragmentation functionHigh Energy Physics::ExperimentAstrophysics::Earth and Planetary AstrophysicsNeutrinoNuclear ExperimentParticle Physics - ExperimentAstrophysics::Galaxy AstrophysicsCharged currentdescription
A search was made among $\nu_\mu$ charged current events collected in the NOMAD experiment for the reaction: $\nu_\mu + N \rightarrow \mu^- + D^{\star+} + hadrons \hookrightarrow D^0 + \pi^+ \hookrightarrow K^- + \pi^+ A $D^{\star+}$ sample composed of 47 events, with 90% purity, was extracted. The $D^{\star+}$ yield in $\nu_\mu$ charged current interactions was measured to be $T = (0.99 \pm 0.15(stat.) \pm 0.11(syst.))$%. The mean fraction of the hadronic jet energy taken by the $D^{\star+}$ is $0.67 \pm 0.02(stat) \pm 0.02(syst.)$. The distributions of the fragmentation variables $z$, ${P_{T}}^2$ and $x_F$ for $D^{\star+}$ are also presented.
year | journal | country | edition | language |
---|---|---|---|---|
2002-01-01 |