Wu Feipeng

Wu Feipeng

Wu Feipeng, male, graduated from the Department of chemistry of Beijing Normal University in 1985, and received an academic doctor's degree from Tokyo University in 2000. Professor, Institute of physical and chemical technology, Chinese Academy of Sciences.

research field

The main research direction is to use the molecular interaction before and during polymerization to control the polymerization process and endow polymer materials with special properties and functions; to study new polymerization technology, to understand the mechanism of supramolecular interaction of monomers in the polymerization environment before and during polymerization, and to improve and control the environment of supramolecular interaction so as to achieve accurate control of high molecular weight The sequence structure in the molecule can control and functionalize the properties of materials. the main research contents are as follows: 1. Design and storage properties of holographic optical storage polymer materials with refractive index change. 2. Research on new materials and technologies of two-photon polymerization. Through the design and synthesis of efficient absorption two-photon dyes, as well as the synthesis and matching of initiators and auxiliaries, the efficiency and speed of two-photon polymerization can be improved; polymer materials suitable for optical storage, precision micro (mesoscopic) processing and photonic crystal processing can be designed. 3. Research on water soluble polymer functional materials with polyacrylamide as the main structure. 4. Preparation and properties of water-soluble polymer nanomaterials.

Representative works

Some papers published recently are: Yuxia Zhao, Xue Li, Feipeng Wu, Xiangyun Fang, "novel multi branched two photopolymerization initiators softocoumar innovations", J Photochem.Photobio .A:chemistry,2006，177，12－16 ZhangYX,WuFP,LiMZ, etal.“pHswitchingon-offsemi-IPNhydrogelbasedoncross-linkedpoly(acrylamide-co-acrylicacid)andlinearpolyallyamine”POLYMER46(18):7695-7700AUG232005 ZhangYX,WuFP,LiMZ, etal.“NovelApproachtosynthesizingHydrophobicallyAssociatingCopolymerUsingTemplateCopolym erization:ThesynthesisandBehaviorofAcrylamideand4- （ω-propenoyloxyethoxy）BenzoicAcidCopolymer”J. Phys.Chem .B,2005，109,22250-22255 ShujingLi,FeipengWu,MiaozhenLi,ErjianWang;“Host/guestcomplexofMe-β-CD/2, 2-dimethoxy-2-phenylacetophenoneforinitiationofaqueousphotopolym erization:Kineticsandmechanism. ”Polymer,2005,46,11934-11939 LiSJ,WuFP,LiMZ,WangEJ,“Host-guestinteractionbetweenwater-solublebeta-cyclodextrinpolymerandhydrophobicallymodifiedpolyacrylamide”ACTACHIMICASINICA63(19):1841-1846OCT142005 DaiYH,WuFP,LiMZ, etal.“InteractionofnovelhydrophobicallyassociatingpolymerP(AM/POEA)withsurfactantinaqueoussolution”ACTACHIMICASINICA63(14):1329-1334JUL282005 XueLi,YuxiaZhao,TaoWang,MengquanShi,FeipengWu,Coumarinderivativeswithenhancedtwo-photonabsorptioncross-sections,Dyesandpigments, Inpress nano water-soluble microgel oil displacement materials and their preparation methods (200510012255); Wu Feipeng, Shi Meng Quan, Zhang Yunlong, Zhang Yuxi, He Yong nanometre water soluble microgel oil displacement materials and their preparation methods (200510102420.1); Shi Meng Quan, Wu Feipeng, Zhang Yunlong core shell self crosslinking acrylamide copolymer deep profile control water plugging agent and its preparation method (200510107824.X) Wu Feipeng, Shi Meng Quan, Zhang Yuxi, Wang Fei, water soluble cyclodextrin inclusion complex initiator and preparation method (200510108025.4); Wu Feipeng, Li Shujing, Li Miaozhen, Wang Er Jian, a semi interpenetrating network reversible PH sensitive hydrogel template copolymerization synthesis (200510011447.X); Wu Feipeng, Wu Feipeng, Wang, Wang Er Jian template copolymerization method to synthesize efficient and quick thinning. Water associating water soluble polymer (200510011448.4); Wu Feipeng, Zhang Yuxi, Li Miaozhen, Wang Erjian

Undertaking projects

Projects undertaken: 1. NSFC's "Research on new photopolymer materials for massive holographic storage"; 2. NSFC's "development of coumarin ketone two-photon dyes and their applications in optical storage and micro processing"; 3. Industrialization project "research and development of new color inkjet digital imaging media"; 4. Shengli Oilfield's "Shengli Oilfield class III reservoir polymer materials LH-1" Research on molecular design and basic properties of "2500" 5. Industrialization project "research and development of step by step deep profile control nano polymer materials" 6. Industrialization project "synthesis of temperature resistant and salt resistant polymer materials by using supramolecular technology"