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We report here an empirical formalism for predicting the cross-sections ofneutron-rich nuclei produced in fragmentation of relativistic \b{eta}-unstableneutron-rich projectiles in the mid-mass region. The formalism is based on theabrasion-ablation picture of the projectile fragmentation reaction. It has beenshown that the formalism can accurately reproduce the experimentalcross-section data for nuclei produced in the fragmentation of 132Sn. Theformalism, it is shown, can also reproduce the experimental cross-sections ofneutron-rich nuclei produced in the fragmentation of 129Xe fairly accurately.The formalism is used to bring out the advantage in the productioncross-sections of neutron-rich isotopes, especially the more neutron-rich ones;that one can expect by using unstable doubly magic neutron-rich projectile132Sn as compared to comparatively less neutron-rich unstable projectile 128Snand also 124Sn, the isotope which is most neutron-rich among the stableisotopes of Sn (tin). The formalism is used to predict the cross-sections ofneutron-rich nuclei produced in the fragmentation reaction of unstable 144Xeand 146Cs, which are expected to be produced with sufficient intensity in theupcoming RIB facilities and in the existing RIB facilities after beam intensityupgrade.

Empirical formalism for the production of neutron-rich nuclei using fragmentation of medium heavy neutron-rich Rare Isotope Beam