陈勇，副教授，硕士生导师。1993-1997年就读于青岛化工学院获得化学工程学士学位；1997-2000年在华东理工大学获得化学工程硕士学位；2003-2008在哥伦比亚大学取得化学工程博士学位。

研究方向：高分子物理和化学。科研项目：1. 利用超临界吸附聚硅氧烷杀菌剂法改性纤维表面；2.超临界二氧化碳中嵌入聚硅氧烷杀菌剂改性纤维表面的研究；3.新型杀菌聚合物的合成以及杀菌纺织品的开发；4.纳米复合聚乙烯地膜的合成及生物降解机理研究；5.近红外稀土配合物纳米荧光探针的合成及其在生命物质界面分析中的应用；6.多功能全降解聚乙烯地膜关键技术研究及产业化；7.HDPE排水管材环刚度增强改性及加工。聚氯乙烯能做成人体器官吗？能，只要改善生物相容性。普通纤维素能杀菌吗？能，只要进行表面杀菌处理。超高聚乙烯能制成薄膜吗？能，只要增加熔体流动性。实现上述目的，一则需要合成功能高分子，用做聚合物的改性剂。二则需要研究改性剂对基材的性能影响。上述的两个方向，是本课题组专注的具体领域。

代表论文：

1. Yong Chen; Qiuxia Han, Yali Wang, Qiang Zhang,Xuxu Qiao. “Synthesis of pyridinium polysiloxane for antibacterialcoating in supercritical carbon dioxide” Journal of Applied Polymer Science 2015,132(13),41723

2. Yong Chen; Mengqi Niu; Yuan Shu;Hongni Teng. “Durable Antimicrobial Finishing of Cellulose with QSA Silicone bySupercritical Adsorption” Applied Surface Science 2013, 264(1), 171

3. Yong Chen; Xushi Zhong; QiangZhang. “Synthesis of CO₂-Philic Polysiloxane with N-Halamine SideGroups for Biocidal Coating on Cotton” Industrial & Engineering Chemistry Research2012, 51(27),9260

4.Yong Chen; Hongni Teng.“Functionalizing PS Microspheres by Supercritical Deposition of P(S-b-tBA) for DiverseInterfacial Properties Exemplified with Biocidal Ability”Chinese Journal of PolymerScience2012,30(3), 451

5. Yong Chen; Qiuxia Han. “DesigningN-Halamine Based Antibacterial Surface on Polymers: Fabrication,Characterization, and Biocidal Functions” Applied Surface Science2011,257(14),6034

6. Yong Chen; Hongsheng Lu; Peng Wang.“Surface Functionalization of Polystyrene to Bind with FMRF Peptides for NovelBiocompatibility” ChineseJournal of Polymer Science2010, 20 (6), 895

7.Yong Chen; Jeffrey T. Koberstein.“Polymer Surface Modification Functionalization by Adsorpting Block Copolymerfrom Supercritical Fluid” Langmuir2008, 24(18), 10488

8.Hongni Tneg; Linshan Hu; Yong Chen; CuiyingYang; Ting-ting Du. “ Effects of Surfactant Carbon-Chain Length on the PhaseBehaviors of ATPS” Journalof Dispersion Science and Technology2011,32,1363

9.Hongni Teng; Ning Li; Xixi Zhu; Yong Chen.“ExtractionSeparation of BSA in Aqueous Two-Phase Systems of Anionic and CationicSurfactant Mixtures” Journalof Dispersion Science and Technology 2011,32,828

f Dispersion Science and Technology 2011,32,828