资源描述：
《超临界co2微乳液及其在纺织中的研究进展》由会员上传分享，免费在线阅读，更多相关内容在学术论文-天天文库。
1、第*期作者等:文章题目·7·请您修改“建筑用纺织品”栏目名超临界CO2微乳液及其在纺织中的研究进展郑环达1,2，钟毅1，郑来久2，韩建国3，毛志平1*〔1.东华大学生态纺织教育部重点实验室，上海201620；2.大连工业大学全国超临界流体无水染色技术研发中心，辽宁大连116034；3.中昊(大连)化工研究设计院有限公司，辽宁大连116023〕摘要：基于超临界CO2流体基本性质，介绍了超临界CO2微乳液的形成原理和评价指标。重点总结了超临界CO2微乳液中含氟表面活性剂和碳氢表面活性剂的研发现状；综述了超临界CO2微乳液体系在纺织领域
2、中的最新应用进展，得出了其在纺织材料前处理、染色、后整理及纤维改性等清洁化加工上的应用价值；并指出可以通过加强超临界CO2微乳液基础理论研究和超临界CO2/离子液体微乳液体系构建，拓宽其在纺织、材料、化学、生物等领域的应用范围。关键词：超临界CO2；微乳液；表面活性剂；纺织中图分类号：TS193文献标识码：A文章编号：1003-5214(2018)02-0000-00ResearchProgressonSupercriticalCO2MicroemulsionsandItsApplicationinTextilesZHENGHua
3、n-da1,2,ZHONGYi1,ZHENGLai-jiu2,HANJian-guo3,MAOZhi-ping1*（1.KeylaboratoryofScienceandTechnologyofEco-textile,MinistryofEducation,DonghuaUniversity,Shanghai201620,China;2.NationalSupercriticalFluidDyeingTechnologyResearchCenter,DalianPolytechnicUniversity,Dalian116034,
4、Liaoning,China;3.ChinaHaohua(Dalian)Research&DesignInstituteofChemicalIndustryCO.,Ltd,Dalian116023,Liaoning,China）Abstract:TheformationprincipleandevaluationindicatorsofsupercriticalCO2microemulsionwereintroducedbasedonthebasicpropertiesofsupercriticalCO2fluid.Therese
5、archanddevelopmentstatusoffluorinesurfactantsandhydrocarbonsurfactantsinsupercriticalCO2microemulsionwassummarizedspecially.Moreover,thelatestapplicationprogressofsupercriticalCO2microemulsionsystemintextilewasreviewed,anditsapplicationvaluesinthecleanprocessingoftext
6、ilematerialssuchaspretreatment,dyeing,finishingandfibermodificationwereobtained.ItisindicatedthattheapplicationofsupercriticalCO2microemulsioninthetextile,material,chemistry,biologyandotherfieldsshouldbebroadenedbystrengtheningtheresearchonthebasictheoryofsupercritica
7、lCO2microemulsionandbyestablishmentsupercriticalCO2/ionicliquidmicroemulsionsystem.Keywords:supercriticalCO2;microemulsion;surfactant;textile;researchprogressFoundationitem:ChinaPostdoctoralScienceFoundation(2017M611420);TheNationalKeyResearchandDevelopmentProgramofCh
8、ina(2017YFB0309701);GroupProjectofLiaoningProvincialDepartmentofEducation(2016J003)第*期作者等:文章题目·7·第*期作者等:文章题目·7·近年来，超临界流体依其强溶
