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Charge and energy flow in π+p,K+p andpp interactions at 250 GeV/c

EHS-NA Collaboration,I. V. Ajinenko, S. G. Baladyan,Yu. A. Belokopytov,H. Böttcher,F. Botterweck,P. V. Chliapnikov,F. Crijns,A. De Roeck,E. A. De Wolf,C. Dreher,K. Dziunikowska,P. F. Ermolov,Z. C. Garutchava,L. N. Gerdyukov,G. V. Gevorkyan,H. Grässler,P. van Hal,T. Haupt,W. Kittel,F. Meijers,A. B. Michałowska,V. I. Nikolaenko,L. C. Oliveira,K. Olkiewicz,R. Pöllänen,V. M. Ronjin,A. M. Rybin,H. M. T. Saarikko,W. Schmitz,L. Scholten,E. K. Shabalina,J. Stepaniak,O. G. Tchikilev,A. G. Tomaradze,V. A. Uvarov,F. Verbeure,R. Wischnewski,Yu. V. Yarba,W. Zielinski

Zeitschrift für Physik C Particles and Fields（1989）

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Abstract
We present data on the flow of energy and charge in π+ p,K + p andpp interactions at 250 GeV/c. The energy and charge flow in the beam c.m. hemisphere is analysed in terms of the cluster-invariant Bialas-Ochs-Stodolsky variable λ=cot θ/E jet. The profile functionsdQ/dλ anddE/dλ indicate a widening inp T of jets between 32 and 250 GeV/c incident laboratory momentum, whereas the ratiodQ/dE is energy independent. The data are compared to μp deep-inelastic scattering resutls and to expectations from the single string LUND model, the Dual Parton Model and the two-string LUND model (FRITIOF).
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Key words
Energy Flow, Valence Quark, Charge Flow, Dual Parton Model, LUND Model
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