Abstract
A study of angular characteristics of charged shower particles in terms of pseudorapidity, η, has been carried out by analyzing the experimental data obtained in 4.5 A GeV12C-emulsion interactions. It is observed that the maxima of rapidity width,R(η), distribution shifts towards the smaller values ofR(η) with decreasing impact parameter. It is observed that the average pseudorapidity, and the dispersion,D(η) decrease with an increase in the value of different multiplicities of secondary particles. It is also found that andD(η) strongly depend on the impact parameter. The results also reveal that the values of andD(η) remain almost the same beyond grey particle multiplicity, Ng > 11 and heavy ionizing particles, Nh > 28.
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