Ferroelectric ceramic thin films have arisen as promising candidates for applications as capacitors, FeRAMs, energy harvesters, and sensors. A recent solution synthesis and photolithography preparation method has presented a desirable means of film preparation, but is troubled by final samples with low ferroelectric behavior. This study sought to enhance the ferroelectric behavior by optimizing the synthesis parameters of sintering temperature and film thickness.

Optimization of ferroelectric behavior in lead-strontium-titanate (PST) ceramic thin films

249th National Meeting (2015)

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