Advanced Energy Materials· Boyi Pang,
Huanxin Li,
Liam Bird,
Yiming Guo,
Bochen Li,
Xiaoxia Guo,
Roby Soni,
Yi Zeng,
Paul R. Shearing,
Thomas S. Miller,
Rhodri Jervis,
Alexander J. Kibler,
James B. Robinson·· 2026-09-30AI 评分24
弱溶剂化与局部高浓度电解液中准固态硫转化机制的解耦研究
Decoupling Quasi‐Solid‐State Sulfur Conversion Mechanisms in Weakly Solvating and Locally High Concentration Electrolytes
模型导读
研究对比了 CME–TTE 弱溶剂化电解液与 G2–TTE 局部高浓度电解液对锂硫电池准固态硫转化机制的影响。MD 模拟显示 G2–TTE 兼具 G2 多齿配位与 TFSI⁻ 参与，而 CME–TTE 以单齿配位和更强的阴离子缔合为主。
来源：Advanced Energy Materials · advanced.onlinelibrary.wiley.com