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Triggering the phase transition and capacity enhancement of Nb<sub>2</sub>O<sub>5</sub> for fast-charging lithium-ion storage

Fei ShenCollege of EnergyZhongti SunCollege of EnergyLiang ZhaoCollege of EnergyYuanhua XiaChina Academy of Engineering PhysicsYanyan ShaoCollege of EnergyJingsheng CaiCollege of EnergyShuo LiCollege of EnergyChen LüCollege of EnergyXiaoling TongCollege of EnergyYu ZhaoCollege of EnergyJingyu SunCollege of EnergyYuanlong Shao
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Abstract

Mo atom doping triggered Nb<sub>2</sub>O<sub>5</sub> phase transition from bronze-phase T to crystallographic shear-phase H, which was accompanied by charge storage mechanism conversion from a two lithium-ion intercalation to four lithium-ion electrochemistry process.

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