Abstract
AbstractZnMoO4, carbon‐coated ZnMoO4 (ZnMoO4/C) and ZnMoO4/Graphene (ZnMoO4/G) composite grown on titanium substrate were synthesized by simple hydrothermal reaction and their lithium storage properties were investigated. The results show that, when compared with ZnMoO4 electrode, ZnMoO4/G composite exhibits higher specific capacity, better cycling performance and more outstanding rate capability than those of ZnMoO4/C composite, which are mainly attributed to the excellent conductivity of graphene and unique composite structure.
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