Abstract
Herein, hierarchical layered NaTi2(PO4)3/Ti3C2 (NTP/TC) nanocomposites were massively synthesized via a simple yet scalable solvothermal strategy, and further evaluated as a promising anode for sodium ion batteries. The in situ formed NTP nanoparticles were uniformly decorated upon the Ti3C2 flakes. As a result, the NTP/TC exhibited large reversible capacities, long cycling performance and striking rate capability, thanks to its inherent structural and componential superiorities.
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