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Abstract:
The self-affine analysis and erraticity analysis of pseudorapidity gaps are performed for the data of 400GeV/cc pp collisions. The self-affine analysis has been shown to exhibit a better scaling behavior. The self-affine multifractal dimensions and multifractal spectrum have been obtained. The simulated results using FRITIOF program can not reproduce the scaling behavior. The analysis of event-to-event fluctuations has been performed. The increase of event-space moments Cp,q(M)C_{p,q}(M) with decreasing phase-space scale is dominated by the statistical fluctuations. The erraticity analysis based on measuring the pseudorapidity gaps is also performed. The entropy-like quantities SqS_q and Σq\Sigma_q deviate from 1 significantly, implying that both of them are useful to serve as effective measures of erraticity in multiparticle production. The lnSq{S_q} versus qq has a quite linear behavior, but the lnΣq{\Sigma_q} versus qq has only an approximate linear behavior. The FRITIOF simulated results follow the same scaling behavior, but the deviations from the experimental data are rather large.
  • talk: Datong 2001/09/01
  • p p: inclusive reaction
  • hadron: multiple production
  • statistical analysis
  • phase space: parametrization
  • rapidity: gap
  • fluctuation
  • intermittency
  • moment
  • fractal