Ma Huili, Associate Research Fellow and Master Tutor; E-mail :iamhlma@njtech.edu.cn; Address: 602, Building D, Science and Technology Innovation Building, Dingjiaqiao Campus, Nanjing University of Technology; Publication:/research/2167870/Huili-ma/.

Research direction: theory and calculation simulation of organic photoelectric materials; Qualcomm Screening and Theoretical Design of New Organic Luminescent Materials Based on Machine Learning: The correlation mechanism of molecular structure _ aggregate _ photophysical properties includes organophosphorus light, metal complexes, thermally activated delayed fluorescence and other luminescent materials. Academic achievements: I have been committed to the research on the theory and mechanism of molecular aggregation luminescence for a long time, and have achieved the following original achievements: 1) A phosphorescent molecular descriptor (γ, β) was constructed to characterize the phosphorescence efficiency and lifetime, which gradually became the theoretical basis for the experimental design of phosphorescent molecules; 2) The theoretical mechanism of enhancing phosphorescence by strong hydrogen bonding is proposed and extended to ionic phosphorescent materials; 3) The theoretical method and program of vibration resolution spectrum considering Herzberg-Taylor effect are developed. Scientific research project: 1. General project of National Natural Science Foundation, under research and hosting; 2. Comprehensive project of National Natural Science Foundation, under research, backbone; 3. The opening project of Hefei National Microscale Materials Science Research Center is being studied and hosted; 4. The general projects of natural science research in universities in Jiangsu Province are being studied and presided over.