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A 3D selenium sulfide@carbon nanotube array is designed and synthesized by encapsulating and anchoring a large amount of selenium sulfide (SexS8−x) into boron‐ and nitrogen‐codoped vertically aligned carbon nanotubes. Successfully employed as cathode material for the lithium metal battery, it exhibits long cycling lifetime and high rate capability with high energy density. Vertically aligned carbon...
Encapsulating SexS8−x into vertically‐aligned carbon nanotubes co‐doped with boron and nitrogen, yields a three‐dimensional selenium sulfide@carbon nanotube array. As Xiao‐Hua Chen, Wen‐Bin Luo, and co‐workers describe in article number 1805018, such arrays enable fast migration to realize excellent rate capability and efficient utilization of the SexS8−x loaded inside. Volumetric expansion and the...
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