Separation of 187,188Pt and 187,188Ir produced in 11B4+ irradiated tantalum target
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K. Banerjee
Heavy ion irradiation on tantalum metal target with 57 MeV 11B4+ leads to the production of no-carrier-added radioisotopes of platinum, 187,188Pt and iridium, 187,188Ir 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 188,189Pt and 188,189Ir radionuclides have been produced, from their short-lived precursors 188,189Au, in 12C6+ 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.
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Artikel in diesem Heft
- Recoil properties of radionuclides formed in photospallation reactions on complex nuclei at intermediate energies
- Understanding the peak asymmetry in alpha liquid scintillation with β/γ discrimination
- A device for on-line electromigration measurements of radioelements in free electrolytes
- Mixed-ligand chelate extraction of thorium(IV) and uranium(VI) with thenoyltrifluroacetone and various imidazoles
- The hydrolysis of dioxouranium(VI) investigated using EXAFS and 17O-NMR
- Interaction of europium with humic acid covalently bound to silica beads
- The oxidation of hydroxylamine by nitric and nitrous acids in the presence of technetium (VII)
- Separation of 187,188Pt and 187,188Ir produced in 11B4+ irradiated tantalum target