Wang Jianji's Academic Research

1. has been engaged in the research on the weak interaction law of functional solution system for a long time, developed the quantitative research method of the weak interaction between model biomolecules and electrolytes, and revealed the identification law of the three-dimensional structure of molecules such as sugar and amino acids, which laid the foundation for understanding the relationship between the function and structure of liquid phase system.

2. In the research of environment-friendly chemistry, aiming at the important solution chemistry problems in chemistry, life and materials science,

3. A series of research achievements have been made in the salt effect of mixed solvents, the interaction between electrolytes and model biomolecules, the structure and properties of electrolytes for high-energy lithium batteries, and green chemistry based on ionic liquids.

4. He has published many high-level academic papers in international first-class journals such as J. Phys. Chem. Physics, chemistry. Physical chemistry. Socialist Faraday transport. And green chemistry. Among them, SCI included 79 articles.

5. the Central Committee of the Communist Party of China and the State Council held the 20th10 National Science and Technology Awards Conference in Beijing on June 4th, 2006. The project "Structure-Activity Relationship of Ionic Liquids and Basic Research of Chemical Industry" completed by Professor Wang Jianji of our school in cooperation with Institute of Process Engineering of China Academy of Sciences won the second prize of 20 10 National Natural Science Award. He has presided over and undertaken 5 projects of National Natural Science Foundation, National 863 Project and National Natural Science Foundation Project 1, European International Science and Technology Cooperation Research Fund Project 10, Outstanding Young Teachers Fund of State Education Commission, Key Teachers Fund of Ministry of Education, First Outstanding Young Scholars Fund of Henan Province, Innovative Talents Fund of Henan Universities and Mitsubishi Cooperative Research Fund of Japan.