Achieving Safe and Stable Lithium-Based Batteries via Molecular Dipole Interactions

Achieving Safe and Stable Lithium-Based Batteries via Molecular Dipole Interactions

The lithium metal battery technology, utilizing a lithium metal anode and high-voltage cathodes, offers high power density, but faces challenges such as dendrite growth, dead lithium, and poor interfacial dynamics. Here, a nonflammable electrolyte is proposed based on dipole interactions between HTF...

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Bibliographic Details
Main Author: Siru He (20298396) (author)
Other Authors: Peide Zhu (8494359) (author), Zhixin Liu (3350144) (author), Lida Wang (1619464) (author), Zhitong Li (5931350) (author), Yuejiao Chen (5938595) (author), Libao Chen (1515814) (author), Xingzhu Wang (1475644) (author), Baomin Xu (3852457) (author)
Published: 2025
Subjects:
Biophysics
Biochemistry
Neuroscience
Physiology
Mental Health
Space Science
Chemical Sciences not elsewhere classified
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poor interfacial dynamics
also perform well
stable interfacial phase
lithium metal anode
efficient lithium deposition
dipole interaction lowers
stable lithium
dipole interactions
dead lithium
voltage cathodes
solvated fsi
reducing li
proposed based
nonflammable electrolyte
lumo energy
faces challenges
enhancing li
dme solvents
desolvation energy
dendrite growth
coulombic efficiency
capacity retention
achieving safe
500 cycles
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