65438-0998, Bachelor of Chemistry from Sichuan Normal University, Master of Polymer Chemistry and Physics from Sichuan University in 2003, and Ph.D. from Fudan University in 2006. In July 2006, he joined Nanjing University of Posts and Telecommunications and participated in the establishment of the Institute of Information Materials and Nanotechnology. In April 2007, he served as assistant to the president. In July 2008, he participated in the seminar for young backbone teachers of materials science in Jiangsu Province. From August 2008 to June 2009, I went to the Institute of Materials Science of Nanyang Technological University in Singapore to carry out cooperative research. Master course Modern Polymer Physics and undergraduate courses Physical Chemistry and Polymer Physics.
20 12 years to guide 2 master students and assist in guiding doctoral students 1 person. 1, Huang Wei, Tang Chao, Xie Linghai, Li Shengbiao, Liu Feng, Zhang Qingqing, Fan Quli. 9- phenyl -9- pyrenyl fluorene substituted pyrenyl yoke derivative material, preparation method and application thereof. China invention patent ZL2xxxxxxxxx.6. (Authorized)
2. Huang Wei, Tang Chao, Xie Linghai, Li Shengbiao, Liu Feng. 9-position yoke derivative material of fluorene containing anthracene and pyrene, and preparation method and application thereof. China invention patent ZL 2005 10024439.9. (Authorized)
Huang Wei, Li Shengbiao, Tang Chao, Zhao Lei, Zhu Xuhui, Fan Quli, Peng Bo, Kenny Wei and Wang Lianhui. A fluorine-containing polystyrene pillar and its application. ZL 2005 100287 19.7。 (Authorized)
4. Huang Wei, Li Shengbiao, Yang Hong, Tang Chao, Fan Quli, Zhao Lei, Kenny Wei, Peng Bo and Wang Lianhui. Polystyrene and its derivatives, preparation method and application. China invention patent, ZL 200610026117.2. (Authorized)
5. Tang Chao, Huang Wei, Xia Sijie, Deng Xianyu, Xu Hui. Automatic alternating vacuum coating control device and method for organic semiconductor. China invention patent, ZL 2008 10023235.7 (granted).
6. Wang Yuzhong, Zhou Qian, Tang Chao, Zheng Li and Zhang Yuhua. Catalyst for cracking waste plastics to produce fuel. China invention patent, ZL 03 1 17935.5. (Authorized) 1, Liu Feng, Zou Jianhua, He Qiyuan, Tang Chao. Peng Bo, Wei Wei, Cao Yong, Huang Wei. Carbazole-terminated pyrene star burst with enhanced electrochemical stability and device performance. Journal of polymer science series a-polymer chemistry. 20 10, 48(22): 4943-4949.
2. Liu Feng, Hai, Liang Jing, Peng Bo, Wei Wei, Huang Wei. Simple synthesis of spirocyclic aromatic derivatives based on o-halobiaryl route and domino reaction of dark blue organic semiconductor. Organic letters. 2009, 1 1( 17): 3850-3853.
3. Liu Feng,,, Fei, Hai, Peng Bo, Wei Wei,, Huang Wei. Supramolecular stacking pyrene functional fluorene: efficient solution can process p-p small molecular blue and white organic light-emitting diodes. Journal of Physical Chemistry C. 2009,113 (11): 4641-4647.
Liu Feng, Zhu, Hai, Peng Bo, Wei Wei, Huang Wei. Pyrene plays the role of diaryl fluorene as an effective solution-processable luminescent molecular glass. Organic electronics. 2009, 10(2): 256-265.
5. Tang Chao, Liu Feng, Xia Yijie, Lin Jian, Xie Linghai, Zhong Gaoyu, Fan Quli and Huang Wei. Fluorene substituted pyrene-a new pyrene derivative as an emitter of undoped blue OLEDs. Organic electronics. 2006, 7(3): 155- 162.
Tang Chao, Liu Feng, Xia Yijia, Xie Linghai, Wei Ang, Li Shengbiao, Fan Quli and Huang Wei. Highly stable 9- alkylphenyl -9- pyrenyl fluorene substituted pyrene derivatives with improved hole injection for light emitting diodes. Journal of materials chemistry. 2006, 16(4 1): 4074-4080.
Liu Feng, Yong, Chen, Qing Quan, Peng Bo, Wei Wei, Huang Wei,. Synthesis and characterization of star-shaped oligofluorene centered on pyrene. Macromolecule rapid communication. 2008, 29 (8): 659-664.
Xia Yijie, Lin Jian, Tang Chao, Yin Kun, Zhong Gao Yu, Ni Gang, Peng Bo, Gan Fu and Huang Wei. Efficient blue light organic light emitting device with 4,4-, 4-tris (N- carbazolyl)-triphenylamine as hole/exciton barrier layer. Journal of Physics D: Applied Physics 2006,39 (7): 4987-4991.
9. Lin Jian, Xia Yijie, Tang Chao, Yin Kun, Zhong Gaoyu, Ni Gang, Peng Bo, Hou Xiaoyuan, Gan Fusheng, Xi and Huang Wei. Color matching effect of 2,9-dimethyl-4,7-diphenyl-1, 10- phenanthroline in blue-red organic light-emitting devices Journal of Physics D: Applied Physics 2007,40 (15): 4442-4446. 1, National Natural Science Foundation China Youth Science Fund Project: "Energy Level Regulation of Pyrene Polymer Semiconductors, Thin Film Microstructure and Photoelectric Devices", No.20904023, No.2010/-2065438+.
2. Natural Science Foundation of Jiangsu Universities: "Study on Carrier Dynamics of Organic Semiconductors by Admittance Spectroscopy",No.: 1 0kjb43001,20 1 1 year1month-20/kloc.
3. National Natural Science Foundation Youth Science Fund Project: "Biofunctionalization of Rigid-Flexible Block * * * Yoke Polymer", 20504007, 65438+2006 10-65438+250,000 in February 2008, the research backbone, was successfully completed.
4. The scientific research project of "Climbing Plan" of Nanjing University of Posts and Telecommunications: "Neopyrene Blue Light Materials and Electroluminescent Devices", numbered NY206067, 65438+2007 10-65438+February 2008, 50,000 yuan, project leader, successfully completed.
Tang Chao