par Eskreys, A.;Figiel, Jan;Malecki, P.;Zalewska, Agnieszka;Zalewski, Kacper;De Beare, W.;de Wolf, Els;Peeters, Philippe 
;Verbeure, F;Ciapetti, Guido;Drijard, Daniel;Dunwoodie, W.;Goldschmidt-Clermont, Yves ;Grant, Aaron;Henri, Victor;Nielsen, S.;Pape, Luc;Sekera, Z.;Yamdagni, N.;Grard, Fernand ;Herquet, P. ;Windmolders, Roland
Référence Nuclear physics. B, 63, C, page (28-44)
Publication Publié, 1973-10
;Verbeure, F;Ciapetti, Guido;Drijard, Daniel;Dunwoodie, W.;Goldschmidt-Clermont, Yves ;Grant, Aaron;Henri, Victor;Nielsen, S.;Pape, Luc;Sekera, Z.;Yamdagni, N.;Grard, Fernand ;Herquet, P. ;Windmolders, RolandRéférence Nuclear physics. B, 63, C, page (28-44)
Publication Publié, 1973-10
Article révisé par les pairs
| Résumé : | Quasi-three-body channels with simultaneous production of two resonances are studied in K + p interactions at 8.25 GeV/c. Estimation of their cross sections shows that they account for up to 20 percent of the total cross section for the fitted channels of the four prong plus V 0 topology. An analysis of the production mechanism is performed using the LPS method (the hexagon plot). Transverse momentum distributions and p TL correlations are studied and it is found that they are strongly affected by resonance production. © 1973. |
