Upper Limit on the Decay K+ --> e+ nu mu+ mu-

A. J. S. Smith; A. Konaka; A. Sambamurti; A. Stevens; A. S. Turcot; C. Witzig; D. A. Bryman; D. R. Marlow; D. S. Akerib; E787 Collaboration: S. Adler

arxiv: hep-ex/9802011 · v2 · submitted 1998-02-11 · ✦ hep-ex

Upper Limit on the Decay K+ --> e+ nu mu+ mu-

E787 Collaboration: S. Adler , M. S. Atiya , I-H. Chiang , J. S. Frank , J. S. Haggerty , T. F. Kycia , K. K. Li , L. S. Littenberg

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A. Sambamurti A. Stevens R. C. Strand C. Witzig W. C. Louis D. S. Akerib M. Ardebili M. R. Convery M. M. Ito D. R. Marlow R. A. McPherson P. D. Meyers M. A. Selen F. C. Shoemaker A. J. S. Smith E. W. Blackmore D. A. Bryman L. Felawka A. Konaka Y. Kuno J. A. Macdonald T. Numao P. Padley J-M. Poutissou R. Poutissou J. Roy A. S. Turcot P. Kitching T. Nakano M. Rozon R. Soluk

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keywords decaylimitupperbranchingchiralconfidenceconsistentlevel

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An upper limit on the branching ratio for the decay K+ --> e+ nu mu+ mu- is set at 5.0 x 10^{-7} at 90% confidence level, consistent with predictions from chiral perturbation theory.

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Upper Limit on the Decay K+ --> e+ nu mu+ mu-

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