Collective effects in the interaction between heavy cosmic-ray nuclei and photoemulsion nuclei at high energies

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Collision Parameters, Cosmic Rays, Heavy Nuclei, High Energy Interactions, Nuclear Interactions, Photographic Emulsions, Azimuth, Mesons, Relativistic Particles

Scientific paper

Experimental data are presented on irregularities in the distribution of multiple-generation particles in coordinates of azimuth angle and pseudovelocity in collisions of nuclei with a small impact parameter at energies of 20-700 GeV/nucleon and a particle multiplicity in individual events of 150-550. The results confirm model estimates of subsystem masses in AA-interactions (Kalinkin and Gagarin, 1984), which indicate their significant increase as compared with pp-interactions along with an increase in their total number. The formation of meson subsystems is interpreted as a consequence of the manifestation of color forces, binding into a unified whole part of the matter in the quark-gluon plasma prior to color neutralization during the phase transition of the plasma into hadrons.

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