Polymer-based perovskite (BaMnO3) proved as potential electrode material for biosensor and advanced energy storing devices

초록

In order to avoid utilizing fossil fuels, highly efficient energy storage devices are seen as emerging alternative energy-storing strategies like supercapacitors (SCs) and alternate sources are needed in present day to address these energy concerns. Hence, PANI was combined with perovskites to improve their electrochemical characteristics. The incorporation of PANI was done in BaMnO3 (BMO) through hydrothermal process. To confirmed its formation, various physical analysis was performed. The crystal structure of BMO/PANI was done through XRD while SEM study were done to analysis morphological study of BMO/PANI. In electrochemical studies, GCD of BMO/PANI show higher surface area and GCD graph illustrate that BMO/PANI show higher discharging time as compared to BMO which result higher Cs value (576.9 F/g) with high Ed and Pd of at 0.75 A/g. Furthermore, the lower Rctvalue from Nyquist plot of BMO/PANI prove their electrical conductivity. The present work report that the BMO/PANI composite has outstanding and noteworthy qualities because of its prolonged cyclic stability, which makes it promising choice for SC and biosensor applications in the future.

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