碳基柔性储能器件实验室

The Zhiqiang Niu Group

Lab of Aqueous Battery

The Zhiqiang Niu Group--牛志强课题组 Principal Investigator
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Zhiqiang Niu  is a  Professor at  College of  Chemistry, 

Nankai  University. He  received  his PhD  degree  from 

Institute of Physics, Chinese  Academy of  Sciences  in 2010. After his  postdoctoral research in the  School of  Materials Science and Engineering, Nanyang Technological University (Singapore),  he started  his independent research career  as Hundred Young  Academic Leaders of  Nankai  University  since  2014. Niu  has  extensive  research experience in materials chemistry, electrochemistry, and energy storage. His research interests focus on aqueous batteries. He has published more than 150 papers. All the papers have been cited more than 16000 times and the H factor is 59. He has been awarded the  National  Science  Fund for  Excellent  Young  Scholars   (2018),  the  Tianjin  Science  Fund  for  Distinguished  Young Scholars (2018), the First Prize of Tianjin Natural Science Award (R1) (2021), Chinese Chemical Society-Evonik Chemical Innovation Award-Outstanding Young 

Scientist  (2021),  Clarivate  Highly-Cited  Researcher   

2020-2023.

Address: Nankai-Tianda United Building, Nankai Univeristy, 

                   No. 94 Weijin Road, Tianjin 300071, China.

E-mail: zqniu@nankai.edu.cn

Phone: 022-27892967



The Zhiqiang Niu Group--牛志强课题组 Research


Aqueous  zinc  battery  shows  great  promising in the field of  large-scale  energy  storage  due to its  high safety and  low cost. However, there are still some challenges in the design of aqueous zinc battery.  In their cathodes,  the active materials often suffer from  sluggish  kinetics and structural destruction during the charge/discharge process, hindering the rate capability and cycling lifetime.  To overcome these issues,  some creative strategies were developed to modify the structure of active materials, such as ion doping, nano-carbon composite, crystal structure regulation and molecular design. In addition, in zinc anodes, zinc dendrite and hydroge

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