par Dewulf, Jean-Paul 
;Geiregat, D;Vilain, Pierre ;Bergsma, F.;Busi, C.;Capone, Antonio;Delbar, Th;De Pedis, Daniele;Ereditato, Antonio;Flegel, Wilfred;Friend, B.;Glessing, W.D.;Grote, Hans;King, A.;Lebee, Gérard
Référence Nuclear Instruments and Methods in Physics Research, A263, 1, page (109-113)
Publication Publié, 1986-01
;Geiregat, D;Vilain, Pierre ;Bergsma, F.;Busi, C.;Capone, Antonio;Delbar, Th;De Pedis, Daniele;Ereditato, Antonio;Flegel, Wilfred;Friend, B.;Glessing, W.D.;Grote, Hans;King, A.;Lebee, GérardRéférence Nuclear Instruments and Methods in Physics Research, A263, 1, page (109-113)
Publication Publié, 1986-01
Article révisé par les pairs
| Résumé : | The CHARM II Collaboration has built a massive, fine-grained calorimeter for the study of the elastic scattering upsilon // mu e **(** minus **) yields upsilon // mu e **(** minus **). A short description of the detector will be followed by the presentation of some results obtained by exposing 40 of the 441 planes of the calorimeter to a beam of electrons and pions. Comments will be given about the conditioning procedure followed for the 154,560 limited streamer tubes which compose the active part of the calorimeter. |
