Abstract
An analysis of multiply-charged projectile fragments has been performed from the point of view of fragmentation characteristics using a statistics of 916 fragments comprising over 923 interactions of 14N in emulsion at 2.1 GeV per nucleon. The number of interacting nucleons has been investigated in the light of the prediction of the participant-spectator model. The momentum of projectile fragments has been measured directly. Gaussian distributions have been fitted to the projected angular distributions as well as momentum distributions for multiply-charged projectile fragments at various intervals of impact parameter and in different reaction channels. Relativistic Maxwell-Boltzmann distributions have been fitted to the emission angles of He fragments, emitted in the collision with varius targets, to investigate the emission characteristics of relativistic projectile fragments.
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