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Correlations between pairs of projectile-like fragments, emitted by thesystem ${^{16}O}+{^{197}Au}$ at the laboratory bombarding energy of 515 MeV,have been studied under two stipulated conditions: (1) at least one member ofthe pair is emitted at an angle less than the grazing angle for the system, (2)both the members of the pair are emitted at angles larger than the grazingangle. A surprisingly large difference, by more than an order of magnitude, isfound between the correlations for the two cases. This observation could beexplained on the basis of a simple semi-classical break up model. Furtheranalysis of the variation of the charge correlation function with thedifference in the nuclear charges of the correlated pair showed trends whichare consistent with an "inelastic break up process", in which the projectilebreaks up at the radius of contact, in such a way that, one fragment(preferably the lighter) is emitted to one side within the grazing angle, whilethe other orbits around the target nucleus for a while and emerges on the otherside, at a negative scattering angle, much like in a deep inelastic scattering.

Correlations of projectile like fragments in heavy ion reactions at Fermi energy