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By now, only the semiconducting H2 phase of MoS2 has been investigated as an anode for sodium‐ion batteries. In article number 1702998, Hongli Zhu and co‐workers describe anode for sodium‐ion batteries that uses 1T MoS2. Comprised of highly conducting, hierarchical, three‐dimensional, and metallic MoS2‐graphene‐MoS2 foam, the material effectively facilitates high rates of electron and ion transfer...
This work studies for the first time the metallic 1T MoS2 sandwich grown on graphene tube as a freestanding intercalation anode for promising sodium‐ion batteries (SIBs). Sodium is earth‐abundant and readily accessible. Compared to lithium, the main challenge of sodium‐ion batteries is its sluggish ion diffusion kinetic. The freestanding, porous, hollow structure of the electrode allows maximum electrolyte...
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