Multiplicity Dependence Of The Average Transverse-Momentum And Of The Particle Source Size In P-P Interactions At Square-Root S=62, 44 And 31 Gev

A. Breakstone,R. Campanini,H. B. Crawley, M. Cuffiani,G. M. Dallavalle,M. M. Deninno, K. Doroba,D. Drijard,F. Fabbri,A. Firestone,H. G. Fischer,H. Frehse,W. Geist,H. Flöge,L. Gesswein, G. Giacomelli, R. Gokieli, M. Gorbics,M. Gorski, P. Hanke,M. Heiden,W. Herr,D. Isenhower,E. E. Kluge,J. W. Lamsa,T. Lohse, R. Mankel,W. T. Meyer,T. Nakada,M. Panter,A. Putzer,K. Rauschnabel,B. Rensch,F. Rimondi, M. Schmelling, G. P. Siroli,R. Sosnowski,M. Szczekowski,O. Ullaland,D. Wegener,R. Yeung

ZEITSCHRIFT FUR PHYSIK C-PARTICLES AND FIELDS（1987）

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摘要

The average transverse momentum and the size of the particle emitting source (measured via Bose-Einstein correlations) have been studied as functions of the charged particle density in the central region inp-p interactions at $\sqrt s$ =62, 44 and 31 GeV. Both the average transverse momentum and the source size increase with increasing density at all three energies. This effect, very weak at $\sqrt s$ =31 GeV, becomes stronger with increasing energy.

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