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1Modification of Lini0.5mn1.5o4 High Potential Cathode from the Inner Lattice to the Outer Surface with Cr3+-Doping and Li+-Conductor Coating

Xiaojian Yang,Tao Yang,Shanshan Liang,Xin Wu,Hanping Zhang

The Li0.1B0.967PO4 Li+-conductive coating improves the cyclability and rate performance of Cr3+-doped LiNi0.5Mn1.5O4 high potential cathode.

2014JOURNAL OF MATERIALS CHEMISTRY A（2014）引用：39

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2Cooperation Behavior Between Heterogeneous Cations in Hybrid Batteries

Hanping Zhang,Xin Wu,Tao Yang,Shanshan Liang,Xiaojian Yang

A cooperative behavior of Zn2+ and Li+ to conduct charges in a Zn-LiFePO4 battery is disclosed. When Li+ dissolves into the electrolyte, Zn2+ would deposit, and vice versa. In light of this cooperative behavior, the battery can be viewed as a super hybrid system, which combines the strong points of Zn-air battery, lithium-ion battery and redox-flow cell.

2013Chemical communications (Cambridge, England)（2013）引用：51

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3A Hybrid Redox Flow Battery with High Energy Efficiency Using a Low Cost Sandwiched Membrane As a Separator and LiMn2O4 As a Cathode

Hanping Zhang,Shanshan Liang,Baoping Sun,Xiaojian Yang,Xin Wu,Tao Yang

Here we report a PVDF/PMMA–LiClO4/PVDF sandwiched separator that can only conduct lithium ions rather than protons. With LiMn2O4 and Cr3+ aqueous solution employed as the positive and negative electrodes, respectively, an economic hybrid redox flow battery (HRFB) is fabricated.

2013Journal of Materials Chemistry A（2013）引用：7

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