Dedgaonkar [1] studied radiation effects on self-diffusion in polystyrene ion exchangers with functional groups So-3 in Mn+2 form and N (CH3) I -1 form. Samples exposed to gamma radiations up to a dose of 0.35 MGY showed lower values of diffusion coefficient at any given temperature than those of normal resins. Irradiation increased the energy of activation from 25.6 – 46. 5 kJ / mol-1 for the cation exchangers. Exchanger capacity of cation exchanger was un- influenced up to a dose of 2.5 MGY. The effect of gamma irradiation on the physicochemical properties of weakly basic polystyrene anion exchanger. The effect of gamma irradiation on ion-exchange characteristics of titanium vanadu phosphate was studied by Singh [2] After irradiation by gamma rays (10-9 rads) the colour of the resin changed from yellow to greenish-yellow. The capacity values and distribution coefficient values showed a slight increase upon irradiation the rates of exchange of Rb+/ h+ system were investigated on unirradiated and irradiated resin.