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Harnessing the synergistic effects between a polymorphic phase boundary and second-phase hardening for enhanced electromechanical compatibility in KNN-based ceramics

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The aim is to explore the enhanced electromechanical compatibility in KNN-based ceramics through phase interactions.
Investigation of phase types in KNN-based ceramics.
Analysis of the effects of second-phase hardening on electromechanical properties.
Evaluation of the d33 and Qm relationship to assess compatibility.
Synergistic coupling of phase enrichment leads to improved electromechanical properties.
Breaks the trade-off between d33 and Qm, indicating better performance potential.

This analysis demonstrates improved electromechanical compatibility in KNN-based ceramics, suggesting potential for advanced material applications.

A synergistic coupling of tetragonal phase enrichment and second-phase hardening breaks the d 33 – Q m trade-off in KNN-based ceramics.

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Li et al. (2026) studied this question.

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This analysis demonstrates improved electromechanical compatibility in KNN-based ceramics, suggesting potential for advanced material applications.

A synergistic coupling of tetragonal phase enrichment and second-phase hardening breaks the d 33 – Q m trade-off in KNN-based ceramics.