par Carney, J.N.;Colley, Derek;James, M.F. M.F.;Jobes, M.;Jones, G.T.;Kinson, J.B.;Storr, K.M. K.M.;Watkins, D.C. D.C.;Johnson, Derek ;Peeters, Philippe ;Verbeure, F;Ciapetti, C.;Dunwoodie, William;Goldschmidt-Clermont, Yves ;Grant, A.;Muller, Francis;Quinquard, J.;Sekera, Z.;Grard, Fernand ;Henri, Victor;Herquet, P. ;Skura, J.;Windmolders, Roland;Manesse, D.;Vignaud, Daniel
Référence Physics letters. Section B, 55, 1, page (117-120)
Publication Publié, 1975-01
Référence Physics letters. Section B, 55, 1, page (117-120)
Publication Publié, 1975-01
Article révisé par les pairs
Résumé : | We present the first spin-parity analysis of the K+K+K-) system produced in the reaction K+p → K+K+K-p, and show that the general features of this system resemble those of the (ππ+π-) and Kπ+π-) systems produced in the reactions π(K)p → π(K)π+π-p. There is a low mass enhancement, (47 ± 11)% of which corresponds to 1+ states decaying to Kø. At higher (K+K+K-) masses 2- → Kf′ becomes increasingly significant and at all masses there is a 0- contribution of roughly 30%. © 1975. |