1992 to 1994 studied in Kyoto university, Japan as a Sino-Japanese joint culture, under the guidance of Professor Xu Xuan, academician of the China Academy of Sciences, and Professor T. Masuda, then president of the International Polymer Processing Society (PPS) and president of the Japanese Rheological Society (RSJ). 1994 received a doctorate in engineering from Sichuan University. 1June 1994 to1March 1995 as a visiting researcher in the Department of Engineering, Kyoto University, Japan, to study the dynamic rheology of multicomponent systems. He is currently the president and vice president of Qiushi College of Zhejiang University, the vice president of College of Materials and Chemical Engineering of Zhejiang University, and the head of the Department of Polymer Science and Engineering of Zhejiang University. He is also a member of the Steering Committee of Polymer Materials Teaching of the Ministry of Education, a member of the Rheology Committee of China, a deputy director of the Polymer Characterization Committee of the China Polymer Science Committee, a member of the Polymer Matrix Composites Committee of the China Composite Materials Society, and a member of the Polymer Materials Engineering Committee of the Materials Branch of the China Mechanical Engineering Society.
Main academic achievements:
(1) The dynamic rheological method is introduced into two typical * * mixed systems, and their phase separation and phase behavior are deeply studied. The concepts of long-term regional characteristic rheological response, time-temperature superposition failure and phase separation are put forward, which enriches the rheological theory of multi-component complex systems.
(2) Rheological method is introduced into the particle-filled conductive composite system, and the relationship between small strain, large strain and volume expansion and the change of conductive structure network and conductive mechanism is explored, and the microscopic mechanism of dynamic percolation without concentration is found.
(3) The combined method of dynamic rheological light scattering is established, which opens up a new way to obtain the real nodal temperature.
In recent years, there have been more than ten projects, such as National Outstanding Youth Fund 1, National Natural Science Foundation Key Project 1, National Major Basic Research Program "973" Sub-project 1, National Natural Science Foundation General Project 2, Research Start-up Fund for Returned Overseas Students, Outstanding Young Teachers Fund and Key Teachers Fund 1, etc. In the important academic journals related to this discipline, such as polymer, polymer, j.polym.sci.part b: polym.phys, Chinese j.polym.sci, Journal of China University Chemistry, Journal of Materials Research, Journal of Composite Materials, etc. SCI included 23 papers and EI included 17 papers. He taught four postgraduate courses and trained eight masters and eight doctors respectively.
He was awarded "Excellent Teacher Award of Zhu Kezhen Fund" by Zhejiang University (1998), "Cross-century Subject Leader" by Zhejiang Province (1999), "Favorite Teacher in the Eyes of Zhejiang University Students" (200 1) and winner of National Outstanding Youth Fund (200/KLOC-0). In 2004, he won the favorite teacher in the hearts of Zhejiang University students again.
Known as "the most cynical professor", Zheng Qiang has given many lectures on "The Success and Historical Responsibility of Contemporary College Students" in Zhejiang University and Jiangsu University. Zheng Qiang, whose personality is flamboyant, dares to be angry and outspoken in his speech, accusing all kinds of unjust, false and misjudged cases in modern society, aiming at the current education system and education system in China, which is deeply loved by contemporary college students.