Oxygen-vacancy-rich BiOCl anode

Ultrahigh rate at 50 A/g

Synergistic vacancy and amorphization engineering enables ultrafast potassium-ion storage kinetics and high structural stability, distinguishing it from conventional layered anodes.

Fanglan, Mo · Zhiwang, Liu · Li, Hongyan

Advanced Functional Materials 2025

Specifications

比容量

{'zh': '285.2', 'en': ''} mAh/g

次循环后容量保持

{'zh': '205', 'en': ''} mAh/g

初始库仑效率

{'zh': '78.2', 'en': ''} %