Ti-Doped Regenerated LiFePO₄

90% capacity after 1000 cycles

Utilizes Fe/Li vacancies in spent LiFePO₄ to achieve selective Ti⁴⁺ doping at Fe sites while repairing Li-site defects, expanding lithium diffusion channels and significantly improving capacity and cycling stability of the regenerated cathode.

Jiale, Zhang · Zeyu, Dong · Zeng, Zihao · Yuhang, Zhao · Sun, Wei · Ge, Peng · Yang, Yue

Advanced Functional Materials 2026

Specifications

放电容量
{'zh': '155.5', 'en': ''} mAh g⁻¹
循环
{'zh': '1000', 'en': ''} 圈