Tailoring zinc-ion deep eutectic electrolytes through dual regulation of solvation shell volume and solvent polarity
Zhejiang Normal University · Hangzhou Normal University · +3 more institutions
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Abstract
The charge-regulating role of hydrogen bonding and the specific cation environment decoupling mechanism help to narrow performance gap between non-aqueous and aqueous cells. The optimized cells with eutectic electrolyte achieve superior durability.
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6
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- 52.51
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- 100%
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- 42
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Authors
10- MHMingming HanCorresponding
Zhejiang Normal University, Hangzhou Normal University
- YDYongxing Ding
Zhejiang Normal University, Hangzhou Normal University, Hainan University
- JLJing Lou
China Mobile (China)
- JWJia Wang
Hainan University
- MYMinghan Yang
Hainan University
Topics & keywords
Topics
Keywords
- Eutectic system
- Electrolyte
- Solvation
- Aqueous solution
- Deep eutectic solvent
- Solvation shell
- Solvent
- Decoupling (probability)
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