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Results on the multiplicity structure of diffractively excited meson and proton systems in $À+/K^+p$ interactions at 250 GeV/c are presented for diffractive masses up to about 9 GeV. The energy dependence of the average charge multiplicity and the shape of the multiplicity distribution in terms of KNO-scaling and negative binomial distribution are investigated. The diffractive systems are compared to $e^+e^−$,lh and non-diffractivehh final states as suggested by modern approaches of the Pomeron-hadron collision. Systematic differences are found between diffractive meson and proton systems but also between diffraction and the reactions compared to

Multiplicity structure of inclusive diffraction in À+ p andK + p interactions at 250 GeV/c