Recovery of uranium-233 from a thorium breeding blanket by pyrochemical techniques
Recovery of uranium-233 from a thorium breeding blanket by pyrochemical techniques
We have carefully evaluated several processes that might be suitable for uranium recovery from thorium metal, and have chosen two that hold great promise. Both are simple non-aqueous methods that can readily be performed by remote means, and both require only a few simple process steps.
- University of North Texas United States
Nucleon Reactions, Even-Even Nuclei, 550, Neutron Reactions, Actinide Nuclei, Isotope Separation, Heavy Nuclei, Even-Odd Nuclei, Breeding, Uranium 233, Hadron Reactions, Thorium Isotopes, Isotopes, Nuclear Reactions, Uranium Isotopes, Magnesium, Reactor Components, Thorium 232, Radioisotopes, Hybrid Reactors, Alpha Decay Radioisotopes, Nuclear Fuel Conversion, Actinide Isotopes, Years Living Radioisotopes 700201* -- Fusion Power Plant Technology-- Blanket Engineering, Elements, Nuclei, Separation Processes, Reprocessing, Solubility, Metals, Alkaline Earth Metals, Breeding Blankets, 70 Plasma Physics And Fusion Technology, Baryon Reactions, Pyrochemical Reprocessing
Nucleon Reactions, Even-Even Nuclei, 550, Neutron Reactions, Actinide Nuclei, Isotope Separation, Heavy Nuclei, Even-Odd Nuclei, Breeding, Uranium 233, Hadron Reactions, Thorium Isotopes, Isotopes, Nuclear Reactions, Uranium Isotopes, Magnesium, Reactor Components, Thorium 232, Radioisotopes, Hybrid Reactors, Alpha Decay Radioisotopes, Nuclear Fuel Conversion, Actinide Isotopes, Years Living Radioisotopes 700201* -- Fusion Power Plant Technology-- Blanket Engineering, Elements, Nuclei, Separation Processes, Reprocessing, Solubility, Metals, Alkaline Earth Metals, Breeding Blankets, 70 Plasma Physics And Fusion Technology, Baryon Reactions, Pyrochemical Reprocessing
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