This Collections aims to bring together original research on enhancing sulfur utilization and electrode stability, integrating of solid electrolytes to eliminate shuttling, and developing scalable manufacturing techniques. It also welcomes studies on alternative metal anodes (e.g., Na and K) and coupling these batteries with other renewable energy systems (e.g., wind energy).

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Metal-sulfur battery

摘要

This Collections aims to bring together original research on enhancing sulfur utilization and electrode stability, integrating of solid electrolytes to eliminate shuttling, and developing scalable manufacturing techniques. It also welcomes studies on alternative metal anodes (e.g., Na and K) and coupling these batteries with other renewable energy systems (e.g., wind energy).