The jet cross section in pp interactions at √s = 45 GeV and its √s dependence

The jet cross section in pp interactions at √s = 45 GeV and its √s dependence

T. Åkesson,M.G. Albrow,S. Almehed,R. Batley,O. Benary,H. Bøggild,O. Botner,H. Brody,V. Burkert,A.A. Carter,J.R. Carter,P. Cecil,W.E. Cleland,D. Cockerill,S. Dagan,E. Dahl-Jensen,I. Dahl-Jensen,G. Damgaard,W.M. Evans,C.W. Fabjan,P. Frandsen,S. Frankel,W. Frati,U. Goerlach,H. Gordon,K.H. Hansen,B. Heck,H.J. Hilke,J.E. Hooper,G. Jarlskog,P. Jeffreys,T. Jensen,G. Kesseler,T. Killian,K. Kulka,J.V.D. Lans,D. Lissauer,B. Lörstad,T. Ludlam,A. Markou,N.A. McCubbin,U. Mjornmark,R. Møller,W. Molzon,B.S. Nielsen,A. Nilsson,L.H. Olsen,Y. Oren,L. Rosselet,E. Rosso,A. Rudge,R.H. Schindler,B. Schistad,I. Stumer,M. Sullivan,E. Vella,W.J. Willis,M. Winik,W. Witzeling,C. Woody;T. Åkesson;M.G. Albrow;S. Almehed;R. Batley;O. Benary;H. Bøggild;O. Botner;H. Brody;V. Burkert;A.A. Carter;J.R. Carter;P. Cecil;W.E. Cleland;D. Cockerill;S. Dagan;E. Dahl-Jensen;I. Dahl-Jensen;G. Damgaard;W.M. Evans;C.W. Fabjan;P. Frandsen;S. Frankel;W. Frati;U. Goerlach;H. Gordon;K.H. Hansen;B. Heck;H.J. Hilke;J.E. Hooper;G. Jarlskog;P. Jeffreys;T. Jensen;G. Kesseler;T. Killian;K. Kulka;J.V.D. Lans;D. Lissauer;B. Lörstad;T. Ludlam;A. Markou;N.A. McCubbin;U. Mjornmark;R. Møller;W. Molzon;B.S. Nielsen;A. Nilsson;L.H. Olsen;Y. Oren;L. Rosselet;E. Rosso;A. Rudge;R.H. Schindler;B. Schistad;I. Stumer;M. Sullivan;E. Vella;W.J. Willis;M. Winik;W. Witzeling;C. Woody;
physics letters b 1983 Vol. 123 pp. 133-138
155
woody1983physicsthe

Abstract

The differential cross section for production of jets in pp interactions at y = 0 and pT from 6–12 GeV/c has been measured at √s = 45 GeV at the CERN Intersecting Storage Rings and compared with a previous measurement at √s = 63 GeV. The data were obtained using a 2.1 sr hadron calorimeter which was triggered on transverse energy. The energy dependence of the jet cross section is well described by (1−xT)mpT−n, with m = 10.6±1.0 and n = 5.3±0.2. The results are in good agreement with predictions obtained from a QCD-motivated model.

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