Separation of .sup.89Zr from irradiated yttrium targets by extraction chromatography

In this work, the separation of .sup.89Zr, a radionuclide promising for positron-emission tomography, from an irradiated yttrium target using different extraction-chromatographic resins (TEVA, UTEVA, TRU, and LN resins ©Triskem) was studied. Distribution coefficients of Zr(IV) onto TEVA, LN (in HCl...

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Published in:Journal of radioanalytical and nuclear chemistry 2018-07, Vol.317 (1), p.605
Main Authors: Kazakov, Andrey G, Aliev, Ramiz A, Ostapenko, Valentina S, Priselkova, Anna B, Kalmykov, Stepan N
Format: Article
Language:English
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Chromatography
Nuclear physics
Nuclear radiation
Rare earth metal compounds
Rare earth metals
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creator Kazakov, Andrey G
Aliev, Ramiz A
Ostapenko, Valentina S
Priselkova, Anna B
Kalmykov, Stepan N
description In this work, the separation of .sup.89Zr, a radionuclide promising for positron-emission tomography, from an irradiated yttrium target using different extraction-chromatographic resins (TEVA, UTEVA, TRU, and LN resins ©Triskem) was studied. Distribution coefficients of Zr(IV) onto TEVA, LN (in HCl solutions), and onto TRU (in HCl and HNO.sub.3) were determined. The optimum conditions for the separation of Zr(IV) and Y(III) using these resins were proposed. In each case, the maximum separation factor was higher than 10.sup.5. The developed separation procedures allow to obtain .sup.89Zr of high radiochemical purity for dilute mineral acids.
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Nuclear physics
Nuclear radiation
Rare earth metal compounds
Rare earth metals
title Separation of .sup.89Zr from irradiated yttrium targets by extraction chromatography
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