IntroductionAssociate Professor, Beijing University of Chemical Technology Deputy Director, Plastic Machinery and Plastic Engineering Institute, Beijing University of Chemical Technology Member of Expert Committee of China Plastics Processing Industry Association Member of the Professional Committee of Polymer Foam and Porous Materials of the National Association of China January 2006, she graduated from Beijing University of Chemical Technology and obtained Phd majoring in in Materials science. June 1998, she received her master's degree majoring in composite materials from Beijing University of Chemical Technology. July 2013 - January 2014, Visiting Scholar at the University of Toronto.
Main research fields and directions: Polymer foaming mechanism and key technology, Continuous fiber reinforced thermoplastic composite impregnation mechanism, interface bonding and key processing technology, polymer high performance modification principle and technology. She has undertaken more than 30 national key research and development projects and provincial and ministerial level projects, more than 70 enterprise cooperation projects, published more than 200 academic papers in domestic and foreign journals, obtained more than 40 authorized invention patents, and won 2 provincial and ministerial level science and technology progress prizes. EducationWork ExperienceSocial PositionSocial ActivitiesResearchMain research fields and directions: Polymer foaming mechanism and key technology; Continuous fiber reinforced thermoplastic composite impregnation mechanism, interface bonding and key processing technology; Polymer high performance modification principle and technology. Presided scientific research projects: 1 National Key Research and Development Plan Project, 2016YFB0302201 Supercritical fluid foamed polymer process and foamed material structure-property control sub-project 2 National Key Research and Development Plan Project, 2016YFB0302202 Reaction and foaming process coupling preparation of polymer foam materials and its structure-property regulation sub-project 3 Sinopec Corporation Technology development Project 215113 foaming PET technology development 4 Preparation technology development of long fiber reinforced thermoplastic composite particles(H2015038) 2016.2-2017.2 5 Research and development of Key technologies for High performance preparation of engineering plastics National Science and Technology Support Program of the Ministry of Science and Technology (2008BAE59B04) 2008.01-2011.12 6 Reserach on the SCCO2 foaming technology of theremoplastic elastomer (L20240031), Huaxin technology limited cooperation(2024-2030) 7 Study on PET foam materials for building materials, Sinopec Corporation technology project H 2022461(2021-2025) Teaching
MEE27401T Fundamental theory of Polymer Materials, 48 credit hours PostgraduatesFundingVertical ProjectHorizontal ProjectPublications（1） Xiaogang Li, Chunling Xin*, Ying Huang, Kai Kang, Yadong He, Effect of dispersed phase on the morphology of in situ microfibrils and viscoelastic properties of its composite via direct extrusion, Journal of Applied polymer science, 2018,DOI 10.1002/APP.46286 （2） Huang ying, He Yadong, Ding Weidan, Yang kunxiao, Yu dongquan ,Xin Chunling*，Improved viscoelastic，thermal and mechanical properties of in situ microfibrillar polypropylene/polyamide6,6 composites via direct extrusion using a triple screw extruder，RSC Advances，2017 vol 7 No.9 :5030-5038 （3） Huang Ying, He Yadong Kang kai, Xin Chunling*，Studying the formation mechanism of situ poly(butylene terephthalate) microfibrils prepared by one step direct extrusion via orthogonal experimental design，Polymer engineering science，2017,DOI 10.1002/pen.24678 （4） Huang ying, He Yadong ,Jiang Lilong, Kang Kai, Xin Chunling*, Effect of fibrillar morphology on the rheological properties of Polypropylene/poly(hexamethylene adipamide) in situ microfibrilar composites, Acta Polymerica Sinica, 2017 ：867-874 （5） Chun-ling XIN;Zhi-cheng ZHANG;Ya-dong HE;Ke TANG;Feng REN;Jian-jun YANG;Bao-rui YAN，Modeling and Experiment of melt impregnation of continuous fiber-reinforced thermoplastic with Pins, Advanced Material Science and Engineering, 2016, 427-437
AwardsSupercritical fluid extrusion foam series complete equipment technology won the 2022 China Machinery Industry Science and Technology Progress first Prize! The key technology of continuous preparation and application of PET lightweight structural core material for wind power won the first Prize of Science and Technology Progress of China Light Industry Federation in 2022! PatentHonor RewardAdmissions Information |