A study of multiparticle fragmentation inK
+
p interactions at 32 GeV/c |
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Authors: | E A De Wolf J J Dumont F Verbeure I V Ajinenko P V Chliapnikov V P Falaleev L N Gerdyukov A E Kurnosenko V N Riadovikov V F Tchumikin V A Uvarov A P Vorobjev F Grard CERN-Soviet Union Collaboration |
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Institution: | 1. Inter-University Institute for High Energies, ULB-VUB, B-1050, Brussels, Belgium 4. NFWO, Belgium 2. Institute for High Energy Physics, Serpukhov, USSR 3. Faculté des Sciences, Université de l'Etat, B-7000, Mons, Belgium
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Abstract: | Results are presented on inclusive production of resonant and non-resonant particle systems produced inK + p interactions at 32 GeV/c. We compareK *+(892), \(\bar \Sigma ^{ * - } \) (1385), Σ*±(1385), and ?0 inclusivex-spectra with the ones of non-resonantK s 0 π±, \(\bar \Lambda \pi ^ - \) , Λπ± and π+π? pairs at the same effective mass. Resonance-particle pairsK *+π±, Σ*+π?, and \(\bar \Sigma ^{ * - } \pi ^ - \) are also studied together with non-resonant tripletsK s 0 π±, Λπ+π?, \(\bar \Lambda \pi ^ - \pi ^ - \) . The invariantx-spectra of resonant particle pairs decrease less rapidly withx 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. |
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