Cu²⁺-Substituted Chloride Electrolyte

High Li⁺ conductivity, dendrite suppression

Cu²⁺ substitution for Zr⁴⁺ simultaneously boosts ionic conductivity, suppresses lithium dendrites, and widens the electrochemical window, enabling 96.9% capacity retention after 200 cycles at 0.5 C.

Li, Guoyao · Yeqing, Shen · Ait-Tamerd, Mohamed · Chenlong, Gao · Yang, Menghao · Wen, Wen · Yang, Tieying · Liu, Hezhou · Duan, Huanan

Energy Storage Materials 2024

Specifications

离子电导率

{'zh': '0.75', 'en': ''} mS cm⁻¹

对称锂电池

{'zh': '0.5', 'en': ''} mA cm⁻²

阳极电流

{'zh': '4', 'en': ''} V

Co O C

{'zh': '200', 'en': ''} 次