A measurement is reported of charged multiplicity distributions of high-mass diffractive ..pi../sup + -/, K/sup + -/, and p/sup + -/ states produced in 100 and 200 GeV/c hadron-proton collisions, h+p..-->..X+p. The distributions are described well by a Gaussian function that depends only on the available mass M = M/sub x/-M/sub h/, has a maximum at n/sub 0/approx. =2M/sup 1/2/ and a peak-to-width ratio n/sub 0//Dapprox. =2.

Charged multiplicities of high-mass diffractive. pi. /sup + -/, K/sup + -/, and p/sup + -/ states

Study of the inclusive reactions K+p → pX and K+p → pK0X at 32 GeV/c

Diffractive dissociation of the beam particle in pp interactions at 32.1 GeVc

Multiplicity distributions and multiplicity scaling in p+p$Yields$p+MM at 28.5 GeV/c

It may soon be possible to reliably compare some features, such as the average and the dispersion, of the charged-particle multiplicity distributions from e/sup +/e/sup -/ annihilation with those measured in p-barp annihilation and in pp interactions. To facilitate this comparison, we present some marked differences in these quantities for p-barp annihilation in the range ..sqrt..s = 3.8 to 8 GeV when compared to pp interactions at the same available energy. We make a preliminary comparison of the average charged multiplicity from e/sup +/e/sup -/ and p-barp annihilations.

Comparison of empirical p-barp and pp multiplicity distributions and implications for e/sup +/e/sup -/ annihilation

Approximate scaling of multiplicity distributions as a function of missing mass

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Approximate scaling of multiplicity distributions as a function of missing mass