Modification and Application on Carbon-based Current Collectors for Lithium Metal Anodes
Carbon-based materials due to low density,high conductivity,and excellent tunability are considered ideal hosts for lithium metal anodes.According to recent research advancements,the review of lithium-affinitive modification strategies and the technical challenges in applying carbon-based current collectors to lithium metal batteries helps clarify how carbon-based materials regulate the anode interface,offering theoretical guidance for developing novel and highly efficient carbon-based current collectors.Though carbon-based current collectors can enhance the electrochemical performance of lithium metal batteries,challenges such as complicated modification techniques and poor compatibility with electrolytes persist.Future research should concentrate on designing the structure and composition of carbon-based materials and understanding the lithium storage/transport mechanisms,alongside addressing cost and scalability issues,to promote the advancement of lithium metal batteries with high energy density and safety.
lithium metal batteriesanode interface modulationcarbon-based current collectorsmodification strategies
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