The use of a synergetic approach in interpreting the results of experimental investigations of micro-structure of ferroelectric ceramics based on niobates of alkali metals is discussed. The observed effect of a secondary discontinuous recrystallization is considered in terms of self-organization. It was established that by varying technological conditions one could eliminate this phenomenon from the process of recrystallization of the niobate ferroelectric ceramics and, thereby, improve their properties.
Secondary discontinuous recrystallization as a manifestation of the effect of self-organization in niobate ferroelectric ceramics
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