SOME INTERESTING FEATURES OF RELATIVISTIC CHARGED-PARTICLES PRODUCED IN CARBON-EMULSION AND SILICON-EMULSION INTERACTIONS AT 4.5A GEV/C

This paper essentially deals with new data on the multiplicity of the relativistic charged particles produced in carbon- and silicon-nucleus interactions at 4.5A GeV/c. Analysis has been carried out in terms of pseudorapidity of relativistic charged particles and event-by-event rapidity dispersion. The results indicate that the maxima of the eta-spectra shift towards smaller values of eta with increasing N(g). The study of the rapidity dispersion of the particles reveals the existence of significant clusterization amongst the final-state particles.