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RESEARCH
Research Achievements
Research Achievements
2019
Aug.29
Prof. Xiangkang Meng’s Research Group Made Progress in Carbon Nanotube / Metal Composite Materials
With the miniaturization, intelligence and complicated application circumstances of electronical devices, common metal conductorsfail tosatisfy the development of electronical devices. Research and development of next-generation conductors have become one of the goals of researchers. Carbon nan...
2019
Jul.12
Prof. Jia Zhu’s Research Group Made Progress in Solar Vapor Generation: A Water Lily-inspired Struc...
With the rapid population growth and the increasingly serious water pollution, how to alleviate the pressure of water shortage and effectively treat wastewater has become an globally urgent problem. Many water treatment techniques have been developed to alleviate these problems, such as reverse osmosis membrane an...
2019
Jul.12
Prof. Yong Hu’ Research Group Made Progress in the Intelligent Nanomedicine for Precise Treatment o...
Distant metastasis of cancer cells is the most common cause of death for cancer patients. Among them, the liver is the ideal organ for cancer metastasis due to its rich blood supply. Surgical resection is currently the only radical treatment, but it only works for patients with a single metastatic lesion...
2019
Jul.02
Yurong Yang 's research group made progress in the research of multiferroic materials
Yurong Yang 's research group at College of Engineering and Applied Sciences, Nanjing University cooperated with the University of Arkansas and Fudan University and made important progress in the research of multiferroic materials and electronically controlled magnetic materials. The relevant results were published...
2019
Jun.24
Weihua Zhang and Zhenda Lu cooperated to make progress in portable plasmon biochemical sensors
Today, with the rapid development and popularization, smartphones have become an indispensable part of our daily lives. As a portable tool integrating communication, computing, optical imaging and many other functions, smartphones are promising portable health detection devices that provide fast, convenient and high-qu...
2019
Jun.17
The research group of Haoshen Zhou and Shaohua Guo successfully realized the anion redox reaction of...
Recently, the research group of Prof. Haoshen Zhou and Associate Prof. Shaohua Guo successfully prepared the layered sodium-rich manganese-based sodium-ion battery cathode material Na1.2Mn0.4Ir0.4O2 for the first time by solid-phase sintering. The material has a typical O3 phase structure. The doping of iridium stabili...
2019
Jun.13
Prof. Xuebin Wang's research group has made new progress in the field of electrocatalytic water deco...
Recently, Prof. Xuebin Wang's research group has made new progress in the field of electrocatalytic water decomposition. The research group has loaded NiFeP ultra-thin nanosheets on a new type of three-dimensional ribbed graphene to obtain a self-supporting three-dimensional water decomposition electrode. Related w...
2019
Feb.25
Wei Hui research group has made important progress in the field of nanozymes
Nanozymes refer to functional nanomaterials with enzyme-like catalytic activity. Compared with natural enzymes, nanozymes have many advantages including low price, high stability and readily massive synthesis. Owning to the rapid development of nanotechnology, biotechnology, catalytic science and computational science,...
2019
Feb.22
Wei Hui's research group published a review of nanozymes in Chem. Soc. Rev.
Some inherent defects of natural enzymes, such as low stability and high price, greatly limit its practical application in the fields of biomedicine, food safety and environmental protection. Hence, the use of biological or chemical methods to simulate natural enzymes not only has important scientific significance but ...
2019
Jan.25
Haoshen Zhou And Shaohua Guo’s Research Group Developed A New Type of Lithium-Rich Rock-Salt Oxide
Recently, the research group of Professor Haoshen Zhou and Associate Professor Shaohua Guo reported a new type of lithium-rich rock-salt oxide, which is based on the charge compensation mechanism of cation and anion. It has a very stable discharge capacity at a large rate and almost no voltage decay. The related work w...
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