Abstract
SummaryA method was developed to produce111In from an In/In2O3target, whereby the parent111Sn was separated from the target material by means of ion exchange, using AG1-X4 and AG MP-1 anion exchange resins. The chemical separation had to be performed as quickly as possible, to ensure the highest possible yield of the final product (111Sn has a half-life of 35.3 minutes). The111Sn is left on the resin to decay to111In, which is then eluted from the column. This method ensures that impurities in the final product are kept to a minimum.
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