Abstract
The uranium dioxide oxidation model developed on the basis of the theory of adsorption of water molecules enables a satisfactory description to be given of the known experiments on the oxidation of reactor fuel. This model was also applied to a description of the process of a reduction in the concentration of oxygen in fuel when it interacts with the gaseous phase enriched in hydrogen. In conclusion, let us indicate the range of conditions and parameters for which it is possible to use the developed adsorption model for the oxidation of uranium dioxide in a steam atmosphere.
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