Abstract
Electrolyte engineering is considered as an effective strategy to establish stable solid electrolyte interface (SEI), and thus to suppress the growth of lithium dendrites. In a recent study reported in Advanced Functional Materials by Ma group, discovered that strong coordination force could be founded between 15-Crown-5 ether (15-C-5) and Li+, which facilitates the crown ether (15-C-1) to participate in the solvation structure of Li+ in the electrolyte for the same purpose. Such a novel strategy might impact the design of high-performance and safe lithium metal batteries (LMBs).
Highlights
Electrolyte engineering is considered as an effective strategy to establish stable solid electrolyte interphase (SEI) and to suppress the growth of lithium dendrites
A recent study reported in Advanced Functional Materials by Ma’ group, discovered that strong coordination force could be founded between 15-Crown-5 ether (15-C-5) and Li+, which facilitate the crown ether (15-C-1) to participate in the solvation structure of Li+ in the electrolyte for the same purpose
Some functional additives that could coordinate with L i+ are introduced in liquid electrolytes, which are beneficial to the construction of stable SEI film [5]
Summary
Electrolyte engineering is considered as an effective strategy to establish stable solid electrolyte interphase (SEI) and to suppress the growth of lithium dendrites. A recent study reported in Advanced Functional Materials by Ma’ group, discovered that strong coordination force could be founded between 15-Crown-5 ether (15-C-5) and Li+, which facilitate the crown ether (15-C-1) to participate in the solvation structure of Li+ in the electrolyte for the same purpose.
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