par de Wolf, Els;Dumont, Jean-Jacques 
;Verbeure, F;Ajinenko, I.V.;Chliapnikov, P.;Falaleev, V.P.;Gerdyukov, L.N.;Kurnosenko, A.I.;Riadovikov, V.N.;Tchumikin, V.F.;Uvarov, Vladimir;Vorobjev, A.P.;Grard, Fernand
Référence Zeitschrift für Physik. C, Particles and fields, 12, 2, page (105-112)
Publication Publié, 1982-06
;Verbeure, F;Ajinenko, I.V.;Chliapnikov, P.;Falaleev, V.P.;Gerdyukov, L.N.;Kurnosenko, A.I.;Riadovikov, V.N.;Tchumikin, V.F.;Uvarov, Vladimir;Vorobjev, A.P.;Grard, Fernand Référence Zeitschrift für Physik. C, Particles and fields, 12, 2, page (105-112)
Publication Publié, 1982-06
Article révisé par les pairs
| Résumé : | Results are presented on inclusive production of resonant and non-resonant particle systems produced in K+p interactions at 32 GeV/c. We compare K*+(892), {Mathematical expression}(1385), Σ*±(1385), and ρ{variant}0 inclusive x-spectra with the ones of non-resonant Ks0π±, {Mathematical expression}, Λπ± and π+π- pairs at the same effective mass. Resonance-particle pairs K*+π±, Σ*+π-, and {Mathematical expression} are also studied together with non-resonant triplets Ks0π±, Λπ+π-, {Mathematical expression}. The invariant x-spectra of resonant particle pairs decrease less rapidly with x then the corresponding non-resonant pairs. Comparison with quark-recombination predictions indicates that the particles, resonances and multiparticle systems are probably created off a single valence quark or diquark instead of carrying all possible valence-quarks. © 1982 Springer-Verlag. |
