Jin Yongcheng, Ph.D., professor, doctoral supervisor, distinguished professor of Zhu Feng Talent Project of China Ocean University, winner of "Hundred Talents Program" of China Academy of Sciences.
20 19 officially joined the School of Materials Science and Engineering of China Ocean University, distinguished professor, a talent project in Zhu Feng, and was selected into the "Hundred Talents Program" of China Academy of Sciences. In September 2005, he received a doctorate in engineering from Tohoku University in Japan. After graduation, he entered the material design laboratory of the research department of Yokohama Rubber Company in Japan to study the characteristics of organic-inorganic interface.
In 2006, he entered tokyo institute of technology (high temperature oxide fuel cell, researcher of NEDO project in Japan) and Nagoya University (proton conduction medium temperature fuel cell, researcher of JST project in Japan) for postdoctoral work, and accumulated rich experience in the design and preparation of functional materials, research and development and application of energy materials and electrochemical devices.
20 1 1 worked as a special assistant in the Kimura research room of Tokyo, Capital University of Japan, and organized and led the team to conduct in-depth research on the optimal assembly of key materials and devices of secondary batteries.
Participated in many NEDO projects and JST projects related to energy materials, energy conversion and energy storage devices, and obtained five Japanese patents, which have a good grasp of the development trend of R&D in Japan and South Korea and its application in the field of energy conversion and energy storage devices. He has published more than 70 papers in internationally renowned academic journals such as J. Power Source and J. Mater. Chemistry.
On April 20 13, he returned to China full-time and joined Qingdao Institute of Bioenergy and Process of China Academy of Sciences for research and development. The research direction is the design and preparation of functional materials; Design and research on interface performance of energy materials: application research on design, optimization and assembly of energy conversion and energy storage devices.