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Production of slow singly charged fragments in 200 GeV/c hadron nucleus interactions

R. Albrecht,T. C. Awes,C. Baktash,P. Beckmann,F. Berger,M. A. Bloomer,D. Bock,R. Bock,G. Claesson,G. Clewing,L. Dragon,A. Eklund,R. Ferguson,A. Franz,S. I. A. Garpman,R. Glasow,H. -Å. Gustafsson,H. H. Gutbrod,G. Hölker,J. Idh,P. Jacobs,K. -H. Kampert,B. W. Kolb,H. Löhner,I. Lund,F. E. Obenshain,A. Oskarsson,I. Otterlund,T. Peitzmann,F. Plasil,A. M. Poskanzer,M. L. Purschke,H. -G. Ritter,B. Roters,S. Saini,R. Santo,H. R. Schmidt,S. P. Sorensen,P. Steinhaeuser,K. Steffens,E. Stenlund,D. Stüken,G. R. Young

Zeitschrift Für Physik C Particles And Fields（1993）

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Abstract
Measurements of slow, singly charged fragments in the target rapidity region have been performed for proton and pion induced reactions with various nuclei at 200 GeV/c. Multiplicity, angular and energy distributions are examined and used to study the effects of rescattering in the nuclear medium. Data are compared to a “geometric cascade model” and to simulations with the VENUS 3.11 and the FRITIOF 1.7 Monte Carlo codes.
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Key words
Field Theory,Elementary Particle,Quantum Field Theory,Target Rapidity,Energy Distribution
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