Speaker-Mingming Guo
Professor, Ph D. supervisor, national distinguished expert, American academician of the Russian Academy of Natural Sciences, senior consultant of the Expert Working Committee of the Shanghai Cooperation Organization National Multifunctional Economic and Trade Platform Think Tank. Received a bachelor's degree (1982) and a master's degree (1985) from Nanjing University. Received a doctorate degree (1987) from Fudan University. He has worked in polymer research at the University of Hamburg, Germany (Humboldt Scholar. 1990-1992) and New York University, USA (Research Assistant Professor, 1992-1994). He was the director of the Nuclear Magnetic Resonance Center of the University of Akron, USA (1994-2013), and the chief expert of Sinopec Beijing Chemical Research Institute (2013-2018). He is currently a professor and doctoral supervisor at the School of Chemistry and Chemical Engineering of Southwest University (2018 to present), and an academician of the Russian Academy of Natural Sciences (2021 to present). Published 20 patents. Published 152 SCI-indexed papers in domestic and foreign academic journals. Research direction: polymer chemistry, polymer physics, nuclear magnetic resonance, carbon quantum dots, new water-soluble non-conjugated luminescent polymers, metal nanomaterials, carbon nanomaterials. New graphene polymer nanocomposites. He has been a review expert for the National Natural Science Foundation of China since 2004, a review expert for the Yangtze River Scholars Program of the Ministry of Education since 2012, and a review expert for major projects, key projects, and outstanding youth projects of the National Natural Science Foundation since 2013. He is currently a national talent review expert, a project review expert of the Ministry of Science and Technology, and an entrepreneurial mentor of the Ministry of Human Resources and Social Security and the Ministry of Industry and Information Technology.
1. Graphene materials are based on the principle of cheap graphite using Pickering emulsion. They are rapidly unfolded at room temperature and transferred to the surface of different polymer materials at nanoscale for chemical and physical treatment, and then injection molded.
2. Graphene masterbatch and white material are extruded and granulated in different proportions by screw. Injection molding into automotive parts
3. We have prepared graphene nanocomposites on a large scale and tested the mechanical properties of the six major polymer materials used in automobiles, PP, PA, PC, PC/ABS, PMMA, PMMA/ASA. The data are shown in the table
4. As a material king, graphene has ten advantages after nanocompositing with polymer materials. We have prepared many new nanocomposites with unique and excellent comprehensive performance to meet the huge needs of the existing automotive industry, and the price is very cheap, and it can provide better application space and a huge market share for the emerging automotive industry in the future.
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