202 1 Two new academicians were added:
1. BuXianHe
Professor, doctoral supervisor, School of Materials Science and Engineering, Nankai University, director of Tianjin Key Laboratory of Metal and Molecular-based Materials Chemistry. Distinguished professor, winner of National Outstanding Youth Fund, is a "Changjiang Scholar".
He has been engaged in the chemical research of functional complexes for a long time, and has made systematic and original achievements in the function-oriented construction, structural regulation and performance research of coordination polymers. Establishing a method for regulating the structure of ligand-oriented coordination polymers; Discover the new mechanism of dynamic behavior and construct new intelligent materials; It opens up a new way for the application research of coordination polymers.
Won the second prize of national natural science 1 and the special prize of Tianjin natural science 1. He has published more than 500 academic papers in journals such as J.AM.Chem.SOC, and has been continuously selected into the list of highly cited scholars in Elsevier China since 20 16. Editor-in-Chief of Monograph Coordination Polymer Chemistry. China has granted more than 30 invention patents.
2. Michael Glazer (Michael Gr? tzel)
Swiss nationality. Internationally renowned chemist, professor of Swiss Federal Institute of Technology, Swiss Academy of Engineering, German Academy of Sciences, European Academy of Sciences and American Institute of Inventors, honorary academician of royal society of chemistry, honorary director of Solar Energy Research Center of Nankai University.
Mainly engaged in innovative research on dye-sensitized solar cells, perovskite solar cells and solar fuels, known as the "father of dye-sensitized solar cells". The invention of mesoscopic dye-sensitized solar cell with 7% photoelectric conversion efficiency opened a new era in the development history of solar cells. The authentication efficiency of dye-sensitized solar cells based on copper-based redox solid electrolyte has exceeded 13.0%, and the photoelectric conversion efficiency under indoor illumination is >: 30%.
He has published more than 650 papers/kloc-0 in journals such as Nature and Science, and obtained more than 50 patents.