Fragmentation spectra inK − p interactions at 110 GeV/c
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Fragmentation spectra inK − p interactions at 110 GeV/c

R. Göttgens,P. Sixel,R. Klein,R. Nahnhauer,R. Contri,Y. Goldschmidt-Clermont,D. Kuhn,D. R. O. Morrison,R. T. Ross,T. Coghen,K. Dziunikowska,Jan Figiel,M. Zachara,K. W. J. Barnham,J. Wells,P. R. S. Wright,M. Zomorrodian,P. Girtler,F. Mandl,M. Markytan,M. Bardadin-Otwinowska,T. Hofmokl,A. Jachoŀkowska,M. Szczekowski;R. Göttgens;P. Sixel;R. Klein;R. Nahnhauer;R. Contri;Y. Goldschmidt-Clermont;D. Kuhn;D. R. O. Morrison;R. T. Ross;T. Coghen;K. Dziunikowska;Jan Figiel;M. Zachara;K. W. J. Barnham;J. Wells;P. R. S. Wright;M. Zomorrodian;P. Girtler;F. Mandl;M. Markytan;M. Bardadin-Otwinowska;T. Hofmokl;A. Jachoŀkowska;M. Szczekowski;
the european physical journal c 1981 Vol. 9 pp. 21-24
144
szczekowski1981thefragmentation

Abstract

The longitudinal momentum spectra of mesons produced in the projectile fragmentation region ofK−p interactions at 110 GeV/c, measured in a bubble chamber experiment, are compared to two fragmentation models related to hadron production by incident leptons. The models give a qualitative description of the data. However, it is found that the mesons having a valence quark in common with the projectile tend to have higher momenta than predicted.

Keywords

quantum field theory particle acceleration field theory elementary particle fragmentation model

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DOI:
10.1007/bf01554106
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