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Precise Measurement Of Tau-Decay Charged-Particle Multiplicity Distribution

C. Blocker,M. Levi,G. Abrams,D. Amidei,A. Bäcker,A. Blondel,A. Boyarski,M. Breidenbach,D. Burke,W. Chinowsky,W. Dieterle,J. Dillon,J. Dorenbosch,J. Dorfan,M. Eaton,G. Feldman,M. Franklin,G. Gidal,L. Gladney,G. Goldhaber,L. Golding,G. Hanson,R. Hollebeek,W. Innes,J. Jaros,A. Johnson,J. Kadyk,A. Lankford,R. Larsen,B. LeClaire,N. Lockyer,B. Lohr,V. Lüth,C. Matteuzzi,M. Nelson,J. Patrick,M. Perl,B. Richter,A. Roussarie,T. Schaad,H. Schellman,D. Schlatter,R. Schwitters,J. Siegrist,J. Strait,G. Trilling,R. Vidal,G. Dardel,Y. Wang,J. Weiss,M. Werlen,J. Yelton,C. Zaiser, G. Zhao

PHYSICAL REVIEW LETTERS（1982）

Cited 62|Views56
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Abstract
The charged-particle multiplicity distribution in decays is determined from data collected at the e+e- storage ring PEP. The one-, three-, and five-charged-particle inclusive branching fractions are (86 ± 2)%, (14 ± 2)%, and < 0.5%, respectively. © 1982 The American Physical Society.
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parton distributions
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