Crystal structure, polarization properties and reverse nonlinearity of solid solutions of the KNN-PZT system in a wide range of external influences

The paper reports results on the complex study on ferroelectric ceramics that represent solid solutions containing components with a perovskite-type or columbite-type structure. Solid solutions of a three-component (1[Formula: see text])NaNbO[Formula: see text]KNbO[Formula: see text]CdNb2O6 system are manufactured at [Formula: see text] = 0.05–0.20 and [Formula: see text] = 0.10. Domain structures in ceramic grains are studied. The consistency between experimental and calculated results is examined for coexisting phases split into non-180[Formula: see text] domains (mechanical twins) in the solid solution with [Formula: see text] = 0.15. A correlation between the internal structure (crystal, domain, granular, and defect) and fundamental electromechanical and polarization properties is stated for the studied three-component solid solutions.

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Crystal structure, polarization properties and reverse nonlinearity of solid solutions of the KNN-PZT system in a wide range of external influences

Cited by 4 publications

References 13 publications

Evolution of the macroresponses during the transition from two-to six-component systems of the solid solutions with fundamentally different properties

Evolution of the macroresponses during the transition from two-to six-component systems of the solid solutions with fundamentally different properties

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Ferroelectric solid solutions with perovskite- and columbite-type components: From structures formation to domain and hysteresis phenomena

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