Interfacial binary doping strategy to achieve high capacity and cyclic stability in polyaniline cathodes for aqueous zinc ion batteries

Key Points

• High capacity and cyclic stability are achieved in polyaniline cathodes, crucial for energy applications.
• Cyclic stability enhancements reach up to 90% over 200 cycles, indicating long-lasting performance.
• Analysis involves binary doping strategies to optimize polyaniline for use in zinc ion batteries.
• These findings suggest potential improvements in energy storage solutions for various applications.