The electro-deoxidation of MgO does not proceed efficiently due to the electrical insulation
properties of MgO and large molar volume of metallic magnesium. In this experiment, an …

To investigate the effect of cathode materials on the formation of UO 2 in LiCl-KCl-UO 2 Cl 2
melts, the electrochemical formation and nucleation mechanisms of UO 2 were investigated …

To further explore the application of the low-temperature molten salt in processing heavy
rare earths, the properties of ytterbium in AlCl 3-NaCl melts have been investigated. In this …

High-temperature molten salt electrolysis based pyrochemical reprocessing of spent nuclear
fuel has certain advantages for advanced nuclear fuel cycle, which is usually carried out in a …

The reduction of pellets composed of individual CeO2, Nd2O3 and a La2O3-Nd2O3-CeO2
mixture by lithium extracted on a cathode during lithium chloride electrolysis at 650° C was …

U 3 O 8, the most stable state of uranium oxides, is a key intermediate compound for
pyroprocessing of used nuclear fuel. However, compared to UO 2, the electro-deoxidation …

A pyrochemical conversion of U 3 O 8 into metallic uranium by chemical and
electrochemical reactions have been studied. Triuranium octaoxide was chlorinated by …

Reduction of spent nuclear fuel (SNF) components to metals during the electrolysis of the
LiCl-Li 2 O melt at 650 C is extremely important in the framework of the development of fuel …

The reducibility of rare earth oxides (REOs) in electrolytic reduction of nuclear used oxide
fuel is poor as a result of their high oxygen affinity and thermodynamic stability. We show …

Представлена модель стационарного процесса вторичного восстановления ионов
тугоплавкого металла щелочным или щелочноземельным металлом, образующимся на …