par Pullia, Alberto;Erriquez, Onofrio;Natali, Sergio;Nuzzo, Salvatore;Romano, Francesco;Colley, Derek;Jones, G.T.;O'Neale, S.;Sewell, S.J. S.J.;Coremans, Ghislaine 
;Mulkens, Hubert ;Sacton, Jean ;Vander Velde, Catherine ;Van Doninck, Walter;Brisson, Violette;Petiau, P.;Cooper, Adrian A.M.;Guy, J. G V;Michette, Alan;Tyndel, Mike;Venus, W.;Alitti, Jean;Baton, J.P.;Gerbier, Guillaume;Kochowski, C.;Neveu, Magella;Baker, N.J.;Bartley, J.H.;Bullock, Frederick
Référence Physics letters. Section B, 102, 1, page (73-78)
Publication Publié, 1981-06
;Mulkens, Hubert ;Sacton, Jean ;Vander Velde, Catherine ;Van Doninck, Walter;Brisson, Violette;Petiau, P.;Cooper, Adrian A.M.;Guy, J. G V;Michette, Alan;Tyndel, Mike;Venus, W.;Alitti, Jean;Baton, J.P.;Gerbier, Guillaume;Kochowski, C.;Neveu, Magella;Baker, N.J.;Bartley, J.H.;Bullock, FrederickRéférence Physics letters. Section B, 102, 1, page (73-78)
Publication Publié, 1981-06
Article révisé par les pairs
| Résumé : | We have fully analysed all events with a single electron obtained in an exposure of BEBC to the 350 GeV wide-band neutrino beam at CERN. The data agrees well with expectations based on the calculated νe flux and assuming μ-e universality. Using both the rate and the kinematic distributions, improved limits are set on νe → νX, νμ → νe, νμ → ντ mixing. © 1981. |
