Technological Trends in the Optimization of Standard Procedures in the Production of High-Quality Oxide Functional Materials

Abstract

The role of technological trends in the technologies used to increase product quality in real ceramic production is examined for the example of a unified principle of optimization. It is shown that the uniformity of the final microstructure of a polycrystalline material depends on the probability of reaching the requirements imposed by the principle of optimization on process stages such as synthesis and the formation and sintering of blanks. Ways to increase the quality and profitability of the manufacture of ceramic products intended for use under extreme conditions are examined for the example of the components of nuclear fuel.