Fig. 5: Ferroelectric properties, electrostriction characteristics, energy storage performance, and charge-discharge behavior of MLCCs. | Nature Communications

Fig. 5: Ferroelectric properties, electrostriction characteristics, energy storage performance, and charge-discharge behavior of MLCCs.

From: Enhanced energy storage performance in NBT-based MLCCs via cooperative optimization of polarization and grain alignment

Fig. 5

a Room temperature unipolar hysteresis loops of 500 kV·cm−1. b Electrostrain. c Weibull distribution. d Room temperature unipolar hysteresis loops of breakdown electric field. e Room temperature energy storage density. f Room temperature energy storage efficiency. g Room temperature pulse discharge curves. h Room temperature discharge energy density of nontextured, < 001 >-textured and < 111 >-textured MLCCs. i Comparison of energy storage performance.

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