Abstract
The objective of this study was to compare the radionuclidic product profiles of the primary source 99Mo-sodium molybdate (99MoO42−) solution obtained after dissolution of nuclear reactor-irradiated sintered molybdenum discs with the profiles obtained for linear accelerator-irradiated discs. Radionuclidic analysis was performed by high-purity germanium γ-ray spectrometry. Samples were analyzed at multiple time points and radioactivity levels in order to observe short lived and low activity radionuclidic long-lived impurities. Results obtained showed that the radionuclidic profiles from the two technologies are consistent between samples, and are unique for either production technology.
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