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Engineering polysulfide redox microenvironments in Lithium–Sulfur batteries: From active sites to cell architecture
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DOI：10.1016/j.ccr.2026.218379.png)
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Abstract
En 中文
• Classify LSB materials based on their three functions of conductivity, adsorption, and catalysis, and provide a detailed explanation. • Examines recent research advances in LSB from the perspectives of both structural design and performance enhancement. • Provides an in-depth exploration of advanced material strategies to suppress polysulfide shuttling, volume expansion in sulfur cathodes, and lithium dendrite growth. • Elucidates the synergistic mechanisms by which structural optimization and surface modification enhance battery energy density, cycling stability, and rate performance.
Keywords:
LSB
Sulfur redox kinetics
Separator modification
Electrolyte optimization
Shuttle effect
Journal
IF:
23.5
Papers:
8.9K
Citations:
7.3W
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