428 citations · 5.5k across the 152 of their papers we have counts for
8 papers · 1 filter
Measurement of Lepton Momentum Moments in the Decay bar{B} \to X \ell \barν and Determination of Heavy Quark Expansion Parameters and |V_cb|
A. H. Mahmood
We measure the primary lepton momentum spectrum in B-bar to X l nu decays, for p_l > 1.5 GeV/c in the B rest frame. From this, we calculate various moments of the spectrum. In part…
Inclusive eta' Production from the Upsilon(1S)
CLEO Collaboration, M. Artuso
Using the CLEO II detector at CESR, we measure the eta' - gluon - gluon form-factor in Y(1S) decays. This form-factor especially at large eta' energies may provide an explanation o…
Observation of the Decay Omega_C^0 --> Omega- e+ nu_e
R. Ammar, CLEO Collaboration
Using the CLEO detector at the Cornell Electron Storage Ring, we have observed the Omega_c (css ground state) in the decay Omega_c -> Omega- e+ nu. We find a signal of 11.4 +- 3.8…
Measurement of Inclusive B --> psi Production
S. Anderson
Using the combined CLEO II and CLEO II.V data sets of 9.1 fb^{-1} at the Upsilon(4S), we measure properties of Psi mesons produced directly from decays of the B meson, where ``B''…
Dalitz Analysis of D^0 --> K_S^0 pi+ pi-
H. Muramatsu, CLEO Collaboration
In e^+e^- collisions using the CLEO detector we have studied the decay of the D^0 to the final state K_S^0 pi^+ pi^- with the initial flavor of the D^0 tagged in charged D^* decay.…
Observation of B to K_S^0 pi+ pi- and Evidence for B to K*pm pi mp
E. Eckhart
We report on a search for charmless hadronic B decays to the three-body final states, K0S h+ pi-, K+ h- pi0, K0S h+ pi0 (h+- denotes a charged pion or kaon), and their charge conju…
Improved Measurement of |Vcb| using B --> D* l nu Decays
R. A. Briere
We determine the weak coupling |Vcb| between the b and c quarks using a sample of 3 million BB-bar events in the CLEO detector at the Cornell Electron Storage Ring. We determine th…
Measurement of the D+ --> K*0bar l+ nu_l Branching Fraction
G. Brandenburg
Using 13.53/fb of CLEO data, we have measured the ratios of the branching fractions R+(e) = BF(D+ --> K*0bar e+ nu_e) / BF(D+ --> K- pi+ pi+), R+(mu) = BF(D+ --> K*0bar mu+ nu_mu)…