In [Formula omitted] collisions at center of mass energy,[Formula omitted], the effective
energy left behind by the two leading protons, or correspondingly the inelasticity K [1-4], is …

The Krasznovszky-Wagner (KW) formula is shown to fit the charged-particle multiplicity
distributions of pp and pp collisions reasonably. This formula is obtained by means of a …

The energy dependence of inelasticity in the multiparticle production of high-energy
hadronic interactions is studied. The similarity between multiparticle productions in pp (pp) …

Characteristics of the high-energy component of particles produced in inelastic hadron-
hadron collisions at energies of 5–5 x 10 GeV are analysed on the basis of the phenomeno …

[en] Assuming the geometrical model of particle production, the average multiplicity of
negative particles produced in high-energy proton-nucleus collisions at fixed impact …

Charged particle multiplicities in A+ A and p (p̄)+ p collisions as a function of
pseudorapidity, centrality and energy are studied in both the nucleon and the constituent …

Single-particle distributions in transverse and longitudinal momenta have been studied in pp
interactions at 300 GeV/c. By comparing these distributions for different multiplicities of …

[en] Experimental data are presented on the multiplicities and partial inelasticity coefficients
of secondary charged particles associated with the fastest (leading) particle in π-N and π-C …

The multiplicity of charged particles in the central rapidity region has been measured by the
NA57 experiment in Pb–Pb collisions at the CERN SPS at two beam momenta: 158 A GeV/c …

For processes p+ p→ Mx+ p, there is an empirical approximate scaling property for the
average multiplicity of charged particles,〈 n (Mx2, s)〉, observed in large missing masses …