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Reveals enhanced capacitive performance in supercapacitors, suggesting new energy storage solutions.
, respectively. These capacitive performances significantly outperform the pristine PANI (347 ± 22 F/g). Both composites also exhibited better rate capability and higher long-term capacitance retention than pristine PANI. Findings here shed light on the use of redox-active MOPs as a minor additive during in situ polymerization to synthesize conducting polymers with enhanced capacitive performance for electrochemical energy storage devices.
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Chang et al. (2026) studied this question.
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