par Chliapnikov, P.;Gerdyukov, L.N.;Lugovsky, S.B. S.B.;Tchikilev, O.G.;Uvarov, V.A. V.A.;Vorobjev, A.P.;Ciapetti, Guido;Dunwoodie, W.;Goldschmidt-Clermont, Yves 
;Grant, A.;Iarba, V.;Tuominiemi, J.K.;Sekera, Z.;Stergiou, A.;Kinson, J.B.;Jobes, M.;Storr, K.M. K.M.;Watkins, D.C. D.C.;Verbeure, F;Grard, Fernand ;Henri, Victor;Herquet, P. ;Windmolders, Roland
Référence Nuclear physics. B, 97, 1, page (1-10)
Publication Publié, 1975-10
;Grant, A.;Iarba, V.;Tuominiemi, J.K.;Sekera, Z.;Stergiou, A.;Kinson, J.B.;Jobes, M.;Storr, K.M. K.M.;Watkins, D.C. D.C.;Verbeure, F;Grard, Fernand ;Henri, Victor;Herquet, P. ;Windmolders, RolandRéférence Nuclear physics. B, 97, 1, page (1-10)
Publication Publié, 1975-10
Article révisé par les pairs
| Résumé : | The inclusive reaction K+p → K0 + X is studied at 5, 8.2 and 16 GeV/c. The energy dependence and the shapes of inclusive spectra in the central region are found to be consistent with double-Regge expansion. With the values obtained for the parameters of the Regge expansion, prediction are made for the behaviour of the cross section at higher energies. © 1975. |
