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Hadron production in 200 GeV μ-copper and μ-carbon deep inelastic interactions
Authors:A Arvidson  JJ Aubert  G Bassompierre  KH Becks  C Benchouk  C Best  E Böhm  X de Bouard  FW Brasse  C Broll  S Brown  J Carr  RW Clifft  JH Cobb  G Coignet  F Combley  GR Court  SJ Wimpenny
Institution:1. CERN, Switzerland;2. DESY Hamburg, Germany;3. Freiburg, Germany;4. Kiel, Germany;5. Lancaster, USA;6. LAPP, Annecy, France;7. Liverpool, England;8. Marseille, France;9. Oxford, England;10. Rutherford, USA;11. Sheffield, England;12. Turin, Italy;13. Wuppertal, Germany
Abstract:The measurements of the z and pT2 distribution of hadrons produced in the interactions of 200 GeV muons with copper and carbon nuclei are shown in different xBj and virtual photon energy intervals. Effects of the jet scattering are seen at the lowest virtual photon energies while for energies above 70 GeV there is no evidence of these effects. Comparison with a theoretical model indicates that at high jet energies the parton fragmentation distance is greater than the nuclear radius and that the parton absorption cross section is less than 10 mb.
Keywords:The European Muon Collaboration
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