Dual-halide solid electrolyte interphase engineering with MXene enables dense (110)-oriented Li deposition for high-performance Li metal anodes | Synapse
March 3, 2026
Dual-halide solid electrolyte interphase engineering with MXene enables dense (110)-oriented Li deposition for high-performance Li metal anodes
Key Points
Dense (110)-oriented lithium deposition significantly enhances the efficiency of Li metal anodes, leading to better battery performance.
Key evidence shows that utilizing MXene in dual-halide solid electrolytes improves the structural integrity and lithium ion transport.
Analysis using advanced materials characterization techniques reveals superior electrochemical properties of the engineered interphase compared to conventional methods.
This supports the development of more efficient energy storage solutions, emphasizing the potential for enhanced battery cycles and lifespan.