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Heavy ion irradiation on tantalum metal target with 57 MeV  11 B 4+  leads to the production of no-carrier-added radioisotopes of platinum,  187,188 Pt and iridium,  187,188 Ir in the matrix, which have been effectively separated from the bulk target and from each other with suitable anion exchangers employing liquid-liquid extraction (LLX). Also  188,189 Pt and  188,189 Ir radionuclides have been produced, from their short-lived precursors  188,189 Au, in  12 C 6+  irradiated tantalum matrix. Gamma-spectroscopy has been utilised to determine the production, extent of separation and purity of the radiotracers at different stages of the experiment.

Separation of 187,188 Pt and 187,188 Ir produced in 11 B 4+ irradiated tantalum target