Abstract
We propose a new approach, based on the cellular automata, for processing and modeling the structure dynamics of UO 2 at different cross-section averaged burn-ups. Micrographs of the material surface, subjected to both “as-polished” and “as-etched” treatments, with a magnification of 1250× have been used in our study. It has been shown that this approach provides efficient tools for investigation of the surface structure dynamics both at local and global levels.
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