On the example of a single optimization principle, the role of technological trends in the technologies used in improving the quality of the final product in the conditions of real ceramic production is considered. The dependence of the level of homogeneity of the final microstructure of a polycrystalline material on the probability of achieving the requirements imposed by the unified optimization principle for such technological stages as synthesis, molding of workpieces and their sintering is shown. On the example of nuclear fuel elements, ways of improving the quality and profitability of the production of ceramic products intended for operation in extreme conditions are considered.
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