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Oxygen atmosphere sintering enhances density and electrical properties in ceramics, indicating improved performance for high-power applications.
= 140). Moreover, reduced strain hysteresis suggests that the dense microstructure enhances domain wall pinning, thereby mitigating mechanical losses due to inhomogeneous strain under high fields. In summary, this work demonstrates that oxygen-atmosphere sintering effectively improves both mechanical and electrical properties in textured ceramics, showing great promise for high-power piezoelectric applications.
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Tang et al. (2026) studied this question.
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