par Chliapnikov, P.;Gumenyuk, S.A. S.A.;Rubin, Andrew A.M.;Tchikilev, O.G.;Vorobjev, A.P.;de Wolf, Els;Johnson, Denis;Peeters, Philippe ;Verbeure, F;Grard, Fernand ;Henri, Victor;Herquet, P. ;Laurent, Jean Michel;Schlesinger, Jacques;Windmolders, Roland;Ciapetti, Guido;Dunwoodie, William;Goldschmidt-Clermont, Yves ;Grant, A.;Yarba, Victor;Muller, Francis;Sekera, Z.;Stergiou, A.;Tsilimigras, Panagiotis;Tuominiemi, J.K.;Yamdagni, N.;Colley, D.L. D.L.;Jobes, M.;Jones, G.T.;Kinson, J.K. J.K.;Storr, K.M. K.M.;Watkins, D.C. D.C.
Référence Nuclear physics. B, 105, 3, page (510-526)
Publication Publié, 1976-03
Référence Nuclear physics. B, 105, 3, page (510-526)
Publication Publié, 1976-03
Article révisé par les pairs
Résumé : | The reaction K+p→Δ++(1236)+ anything is studied at beam momenta 8.2 and 16 GeV/c and compared with other Δ++ producing reactions. We find that the low-mass Δ++π- enhancement affects the shapes of Δ++ inclusive distributions. The triple-Regge formula is found to be consistent with the data. Dual properties of this formula are successfully tested. © 1976. |