Isotope extraction methods based on molten salt reactor off-gas treatments can provide a
new solution for the shortage of medical isotopes. Current research work involves only static …

Producing medical radionuclide 99 Mo in molten salt reactors is a very attractive choice to
solve its global shortage. In this study, we evaluated the yield of 99 Mo in the small modular …

Online extraction of fission products, such as the medical isotope Mo-99, is a key advantage
of the proposed molten salt nuclear reactor design. The chemical and structural behavior of …

In order to better understand and predict the behavior of noble metal fission products in
molten salt reactor (MSR), the distributions of 99 Mo, 103 Ru, 105 Rh and 132 Te between …

The 99 Mo production in a 2áMW molten salt reactor using liquid low-enriched uranium
(LEU) fuel has been evaluated. The batch-wise extraction period of 99 Mo is optimized to be …

Abstract Molybdenum-99 (99 Mo) is one of the most important radionuclides for nuclear
medicine. This isotope of molybdenum is mainly produced as a result of fission and decay …

We have investigated the dissolution and retention of several metallic fission products and
iodine in lead coolant under conditions relevant to accident scenarios in lead-cooled fast …

This paper focuses on the highly radioactive, long-lasting nuclear waste produced by the
currently operating fission reactors and on the sensitive issue of spent fuel reprocessing …

Irradiated low-enriched uranium as target plates is used to produce, via neutron radiation
and from the molybdenum-99 fission product, technetium-99m, which is a radio-element …

Molten salt is an effective coolant for a wide range of applications, including nuclear
reactors, concentrated solar power, and other high temperature industrial heat transfer …