Enhanced energy storage and rate performance induced by dense nanocavities inside MnWO₄ nanobars
2012
Zhang, En | Xing, Zheng | Wang, Ji | Ju, Zhicheng | Qian, Yitai
MnWO₄ nanobars with dense nanocavities have been synthesized through a one pot hydrothermal route. Galvanostatic cycling of the MnWO₄ lithium battery anode exhibits an excellent rate performance. The standout electrochemical performance could be attributed to the unique geometry nanocavities and improved accommodation of the transformation strains during cycling.
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