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

Muhammad Abrar

doi:10.1016/j.cplett.2026.142855

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

2026-05-07

0

PRE

AI

M

Muhammad Abrar

M

Meznah M. Alanazi

A

Ali El-Rayyes

S

Shaimaa A.M. Abdselmohsen

W

Waqas Ul Arifeen

H

Hussain Sawwan

A

Abhinav Kumar

R

Rizwan Ul Hassan *

R

Reda A. Haggam *

DOI：10.1016/j.cplett.2026.142855

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Abstract

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• BaMnO3/PANI was fabricated through hydrothermal process. • SEM and XRD confirmed their morphology and crystallinity. • Electrochemical study of BaMnO3/PANI was done through 3-electrode setup. • BaMnO3/PANI show higher Cs (576.9 F/g) at 0.75 A g−1. • Ragone graph show association of Ed (12 Wh kg−1) and Pd (146 W kg−1).

Keywords:

BaMnO3

PANI

electrochemical properties

supercapacitor

perovskite

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

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