[en] Statistical data on 36000 inelastic events, obtained in pp-experiment at 32 GeV/c in the liquid-bubble chamber, were used to study inclusive production of π⁺ mesons and protons, as well as K^-mesons. The value of cross section of K^- mesons in pp-interactions at 32 GeV/c was obtained

[en] The value of π⁺-meson inclusive cross section is found to decrease with energy growth. In this case the value of normalized density of distribution rho sub(0)(πsup(+-) decreases as well. Semi-inclusive πsup(+-) meson distributions in rapidity are obtained for the first time for nsub(+-)=2-8. Multiplicities of π⁰-mesons in annihilation and non-annihilation events with the given nsub(+-) essentially differ. The value of total electric charge in a semisphere in anti pp-anmihilation is different from zero and it makes up 0.32+-0.12 that points out conservation of some valent quarks and controdicts the earlier suggested model of anti pp-annihilation with that of all the three pairs of valent quarks in gluons

No abstract available

[en] Intermittency effects have been studied in pp and pantip interactions. The factorial moments are given for the rapidity and azimuthal angle distributions for all charged particles and for like-sigh ones. A comparison was made with the predictions of the quark-gluon string model and with the data of other experiments

[en] Intermuttency effects have been studied in p-bar-p-, K^-p^-and pp- interactions at 32 GeV/c. The factorial moments are given for the rapidity and azimuthal angle distributions for all charged particles. A comparison was made with the predictions of the quark- gluon string model and with the data of other experiments. 11 refs.; 4 figs.; 2 tabs

[en] Differences in the observable characteristics of pion-nucleus interactions at high energy are investigated for two definitions of the hadron formation time. The Monte Carlo simulation of hadron-nucleus interactions and quark-gluon string model for hadron-hadron collisions are used. It is shown that the momentum spectrum of the protons in the target fragmentation region is most sensitive to the definition of the formation time. The inclusive meson and meson resonance spectra are similar in the both versions. 20 refs.; 4 figs.; 1 tab

[en] A program for the computer modeling of high-energy hadron interactions is developed on the basis of the quark-gluon string model. The results of modeling diffractive and nondiffractive pp and anti pp interactions are compared with the experimental data obtained at the ISR and S anti ppS accelerators

[en] The authors construct a Monte Carlo model of quark-gluon strings for hadron interactions at energies √s < 53 GeV. They carry out calculations and compare them with experimental data for pp and anti pp interactions at the momenta 12, 24, 32, 69, and 100 GeV/c. The model successfully describes the multiplicity distributions and the particle spectra and it reproduces the differences between the characteristics of pp and anti pp interactions

[en] Multiplicities and energy characteristics of secondary particles in p-barp interactions with leading particles of various types and energies in the coordinate system fixed to the target have been investigated at 32 GeV/c. A comparative analysis has shown that the characteristics of the events and the spectra of particles depend on the type of leading particle in accordance with the ideas of quark structure of the particles

[en] Using data on the exclusive channel p-barp→p-barp2π⁺2π^- we have developed a method of identifying two-vertex diffraction dissociation of the type (pπ⁺π^-)/sub d/+(p-barπ⁺π^-)/sub d/ and single-vertex diffraction dissociation of the type (p2π⁺2π^-)/sub d/+p-bar and have estimated cross sections for these processes. It is shown that the decay of the diffractively excited protons and antiprotons into three hadrons occurs mainly through an intermediate state with the Δ⁺⁺(1238) isobar, but the five-particle diffractive system is produced through intermediate states with Δ⁺⁺(1238) and rho⁰(770). In the distribution of the effective mass M(pπ⁺₁π⁺₂) from the five-particle diffractive system we have observed a threshold maximum which can be related to interference effects of the Δ⁺⁺(1238) isobar production