Advanced Energy Materials· Songyang Chang,
Zhilong Wang,
Angelica Del Valle‐Perez,
Wentao Hou,
Jose Fernando Florez Gomez,
Lisandro Cunci,
Gerardo Morell,
Shen Qiu,
Fengqi You,
Xianyong Wu·· 22 天前AI 评分22
中浓度氯化物电解液平衡氢键破坏与离子相互作用，实现宽温域水系三价铟金属电池
Medium‐Concentration Electrolytes Balance Hydrogen‐Bond Disruption and Ion–Ion Interactions for Wide‐Temperature Aqueous Trivalent Indium Metal Batteries
模型导读
一种中浓度氯化物电解液通过平衡氢键网络破坏与富氯In³⁺配位，使水系三价铟金属电池在−70至+65°C宽温域内实现高可逆沉积。优化后的1 m InCl₃ + 10 m LiCl电解液在−70°C下离子电导率达1.42 mS cm⁻¹，并抑制高温下In³⁺水解与副反应，库仑效率达99%–99.95%。
来源：Advanced Energy Materials · advanced.onlinelibrary.wiley.com