KANG Jianli

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KANG Jianli, Professor, Ph.D. In 2009, he graduated from Tianjin University with a Ph.D. degree in Material Science. Visiting Scholar (Joint Training) of Illinois Polytechnic University, USA, 2007-2009, Assistant Researcher of Northeastern University, Japan, 2010-2013. Mainly from the advance research of functional materials and metal film materials. In recent years, a series of innovative research accomplishements  have been achieved in three-dimensional nanoporous metal matrix composites, porous carbon nanomaterials and their applications. He presided over the major projects of new materials science and technology in Tianjin, the National Natural Science Foundation of China and Tianjin Applied Foundation and Frontier Research Program, and won the first prize of Tianjin Natural Science in 2010. More than 30 research papers have been published in international authoritative journals such as Adv. Mater., Angew. Chem. Int. Ed., ACS Nano, Adv. Energy Mater., and Nano Energy. There are many patents on the preparation and application of new materials such as porous metals and carbon nanomaterials.

 

Recruitment of metal materials, metal processing, inorganic non-metals, physics, chemical and other professional master's, doctoral and doctoral students. Contact: tel: 86-22-83955367; e-mail: kangjianli@tjpu.edu.cn; jlkangnpm@126.com. Address: 6B116, School of Material Science 399 Binshui West Road, Xiqing District, Tianjin (Zip code 300387)

 

Scientific research projects:

 

2010.10-2019.09 Fabrication and Key Technologies of Large Capacity Metal Film Based Pseudo Capacitor Supercapacitors, Tianjin New Materials Science and Technology Major Special Project, 5 million, Project Number: 16ZXCLGX0007, in research.

 

Key technologies for fabrication of three-dimensional carbon-based flexible thin film supercapacitors from October 2016 to September 2019, Tianjin New Materials Science and Technology Major Special Project, 10 million, project number: 16ZXCLGX00110, in research.

 

Design and Application of Flexible Three-dimensional Nanoporous Graphene/CNTs/MnO2 Electrode, Tianjin Basic and Frontier Technology Research Program, 100000, Project No. 14JCYBJC20900, in research.

 

2010.10-2019.09 Porous NiMn Alloy Self-oxidation-Lithification Regulation and High Efficiency Energy Storage Device Research, Tianjin Natural Science Foundation, 100,000, Project No. 16JCYBJC41700, in research.

 

The design of CNT-Ag composite layers on copper substrates and their electrical contact properties were studied from January 2011 to December 2013. The National Youth Science Foundation Project, 200,000, project number: 51001080, was completed.