Microstructural Evolution of BCFZY Electrode during Sintering
When sintered in the range of 1150-1250ﾰC, the particle surfaces were found to be rough, and large voids were observed between the particles. The pore size increased from 1.07 to ~4.49, and the BCFZY-SE morphology exhibited a porous structure. Upon increasing the sintering temperature to 1350ﾰC, a noticeable densification phenomenon was observed in the BCFZY electrode, resulting in a gradual reduction in pore size to ~0.76.
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