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水玲玲,教授,博士生/硕士生导师,华南先进光电子研究院副院长 Scientificachievements:>50SCIarticle,2bookchapters,52patents,1technologytransfere. ◦学术成果:发表SCI论文50多篇;专著独立章节2章;申请/授权专利52件,实现技术转化1项; ◦Projects:Lead8keyprojectsincluding3fromNSFC,1fromMOST,4fromGuangdongScienceandTechnologyDepartment. ◦主持项目:主持科技项目8项(包括国家自然科学基金项目3项,国家重点研发计划课题1项,广东省重大科技专项等); ◦Otheractivities:GuesteditorofLabonaChipforthespecialissueof"Optofluidics"in2015,organizeoneconferenceof"Optofluidics2014",organizationcommitteeofOptofluidics2015,2016andElectrowetting2016. ◦其他学术活动:担任LabonaChip杂志客座编辑,主办国际学术会议1次,任2个国际会议组委会委员;国际学术会议邀请报告20多次。 ◦PrizesandAwards:OverseaOutstandingYoungScholar(2010),“YueMuMian”CupforWomenResearchers(2014),ExcellentMastergraduateofShandongProvince(2003),ExcellentBachelorgraduateofShandongUniversity(2000),PresidentialscholarshipofShandongUniversity(2001),Panasonicscholarship(1998) ◦奖项:2015年获广东省科教文卫组织“粤木棉”奖,2014年获广东省“杰出女科学工作者”称号,2008年获中国政府优秀自费留学生奖学金,2003年获评山东大学优秀硕士毕业生,2000年被评为山东大学优秀本科毕业生,1998年松下奖学金。 DetailedInformation(详细信息) StudyandWorkExperience学习和工作经历) 2012.10-nowProfessor,SouthChinaNormalUniversity,Guangzhou,China 2012.10-现在教授,华南师范大学,广州,中国www.aoe.scnu.edu.cn 2009.04-2012.04Postdocresearcher,UniversityofTwente,Enschede,theNetherlands 2009.04-2012.04博士后研究员,荷兰特文特大学MESA+纳米技术研究所www.utwente.nl 2005.04-2009.03PhD,UniversityofTwente,Enschede,theNetherlands 2005.04-2009.03博士研究生,荷兰特文特大学MESA+纳米技术研究所www.utwente.nl 2003.09-2004.07MasterinFoodScienceandTechnology,UGent&KULeuven,Belgium 2003.09-2004.07硕士研究生(食品科学与技术),比利时根特大学&鲁汶大学www.ugent.be&www.kuleuven.be 2000.09-2003.07MasterinColloidandInterfaceChemistry,ShandongUniversity,Jinan,China 2000.09-2003.07硕士研究生(胶体与界面化学教育部重点实验室),山东大学www.sdu.edu.cn 2000.09-2003.07BachelorinChemistry,ShandongUniversity,Jinan,China 1996.09-2000.07学士(化学与化工学院),山东大学www.sdu.edu.cn AcademicActivities(学术科研活动) GuestEditorofLabonaChipJournalonspecialissueof“Optofluidics”in2015. TechnicalCommitteeofElectrowetting2016,Taipei,Taiwan TechnicalCommitteeofOptofluidics2016,Beijing,China ConferenceOrganizerandChairofOptofluidics2014,Guangzhou,China SessionChairofOptofluidics2015,Taipei,Taiwan SessionChairofAMN2015,Beijing,China 科研成果(ScientificAchievements) -ContributiontoBookChapters(专著独立章节) 1.MingliangJin,GuofuZhou,LinglingShui*,“AdvancedMaterialsforReflectiveDisplays”inthebookof“Design,Fabrication,PropertiesandApplicationsofSmartandAdvancedMaterials”,ISBN:978-1-4987-2249-0,Page:460-487(2016). 2.LinglingShui,JanC.T.Eijkel,AlbertvandenBerg,“PressureDriventwophaseflows”,EncyclopediaofMicrofluidicsandNanofluidics,ISBN:978-0-387-32468-5,Page:1736-1742(2008). -Patents(专利) 1.水玲玲,曹洁萍,金名亮,周国富,一种柔性电润湿显示基板及其制备方法、电润湿显示器件[P].广东:CN106405822A,2017-02-15. 2.周国富,杨志华,水玲玲,金名亮,李楠,一种柔性复合透明导电膜及其制备方法[P].广东:CN106229037A,2016-12-14. 3.水玲玲,王娟,金名亮,龚颖欣,周国富,一种具有拉曼活性的微球及其制备方法[P].广东:CN106179141A,2016-12-07. 4.水玲玲,窦盈莹,金名亮,周国富,一种电润湿显示器中填充油墨的方法[P].广东:CN106154538A,2016-11-23. 5.水玲玲,窦盈莹,金名亮,周国富.一种电润湿显示器中可控油墨填充方法[P].广东:CN106125292A,2016-11-16. 6.金名亮,水玲玲,周国富.电润湿油墨填充器件及填充装置[P].广东:CN205427316U,2016-08-03. 7.李楠,水玲玲,金名亮,李旦,周国富.银纳米颗粒的制备方法[P].广东:CN105798328A,2016-07-27. 8.俞英,周丽娜,曹玉娟,林碧霞,水玲玲.一种基于聚合物发光点的免疫探针及其制备方法与应用[P].广东:CN105784988A,2016-07-20. 9.周国富,朱智星,窦盈莹,李发宏,水玲玲,罗伯特·安德鲁·海耶斯.一种电润湿显示装置像素墙的制备工艺[P].广东:CN105676443A,2016-06-15. 10.李楠,李旦,水玲玲,金名亮,周国富.ZnO透明导电薄膜的制备方法[P].广东:CN105603400A,2016-05-25. 11.水玲玲,吕文叶,金名亮,周国富.一种多相折射率梯度变化的电润湿液体透镜[P].广东:CN205263337U,2016-05-25. 12.周国富,窦盈莹,朱智星,李发宏,水玲玲,罗伯特·安德鲁·海耶斯.一种电润湿显示装置前板的制备工艺[P].广东:CN105607245A,2016-05-25. 13.金名亮,水玲玲,周国富.电润湿油墨填充方法、填充器件及填充装置[P].广东:CN105572857A,2016-05-11. 14.水玲玲,蒋洪伟,吕文叶,罗伯特·安德鲁·海耶斯,周国富.电润湿液体透镜以及应用该液体透镜的手机、数码相机[P].广东:CN205193304U,2016-04-27. 15.水玲玲,吕文叶,金名亮,周国富.一种多相折射率梯度变化的电润湿液体透镜[P].广东:CN105527666A,2016-04-27. 16.金名亮,吴俊,水玲玲,周国富.一种微流控芯片的封装方法[P].广东:CN105498868A,2016-04-20. 17.金名亮,王丹,水玲玲,李楠,周国富.一种诱导二氧化钛纳米颗粒自组装形成珍珠链结构的方法[P].广东:CN105399139A,2016-03-16. 18.窦盈莹,李发宏,吴昊,水玲玲,罗伯特·安德鲁·海耶斯,周国富.电润湿显示支撑板的制备方法、电润湿显示装置[P].广东:CN105403995A,2016-03-16. 19.金名亮,吴俊,水玲玲,周国富.一种微流控芯片的对准方法[P].广东:CN105344390A,2016-02-24. 20.金名亮,王丹,水玲玲,李楠,张瑜,周国富.一种智能玻璃[P].广东:CN105334643A,2016-02-17. 21.金名亮,王丹,水玲玲,周国富.狭缝涂布单元、涂布头以及涂布设备[P].广东:CN205008186U,2016-02-03. 22.水玲玲,金名亮,何涛,叶沁城,周国富.一种柔性电润湿显示器件及其制备工艺[P].广东:CN105242394A,2016-01-13. 23.水玲玲,张盎然,金名亮,周国富.一种基于声表面波技术的显示装置及方法[P].广东:CN105204155A,2015-12-30. 24.水玲玲,金名亮,周国富.一种电润湿前板及其制备方法、电润湿显示器件[P].广东:CN105204156A,2015-12-30. 25.金名亮,王丹,水玲玲,周国富.狭缝涂布单元、涂布头以及涂布设备[P].广东:CN105170406A,2015-12-23. 26.水玲玲,叶沁城,金名亮,周国富.聚酰亚胺柔性透明基板及其制备方法、电润湿显示器件[P].广东:CN105182526A,2015-12-23. 27.水玲玲,吕文叶,蒋洪伟,金名亮,周国富.电润湿液体透镜、制作方法以及应用该液体透镜的设备[P].广东:CN105158827A,2015-12-16. 28.水玲玲,窦盈莹,金名亮,周国富.一种电润湿显示装置基板的制备方法及电润湿显示装置[P].广东:CN105093520A,2015-11-25. 29.水玲玲,窦盈莹,金名亮,周国富.一种电润湿显示下基板的制备方法[P].广东:CN105097672A,2015-11-25. 30.水玲玲,窦盈莹,金名亮,周国富.电润湿显示装置基板的制备方法、电润湿显示装置[P].广东:CN105044902A,2015-11-11. 31.水玲玲,窦盈莹,金名亮,周国富.电润湿显示下基板的制备方法[P].广东:CN105044903A,2015-11-11. 32.水玲玲,吕文叶,蒋洪伟,金名亮,周国富.一种疏水绝缘层材料的浸涂装置[P].广东:CN204737884U,2015-11-04. 33.水玲玲,张华,金名亮,何涛,周国富.一种离心微流控乳化装置[P].广东:CN204724039U,2015-10-28. 34.肖龙强,杨斌,李皓,水玲玲,金名亮,白鹏飞,周国富.一种复合材料、其制备方法及其用途[P].广东:CN104945636A,2015-09-30. 35.水玲玲,韦必明,窦盈莹,金名亮,周国富.一种在疏水绝缘层表面制备涂膜的方法[P].广东:CN104907238A,2015-09-16. 36.水玲玲,彭亚运,李岚慧,金名亮,周国富.一种DNA片段化的方法及实现该方法的装置[P].广东:CN104862302A,2015-08-26. 37.水玲玲,张华,金名亮,何涛,周国富.一种离心微流控乳化装置及其方法[P].广东:CN104841300A,2015-08-19. 38.水玲玲,窦盈莹,吴昊,金名亮,周国富.电润湿显示基板及其制备方法、电润湿显示装置[P].广东:CN104656246A,2015-05-27. 39.水玲玲,窦盈莹,李发宏,肖龙强,李皓,罗伯特·安德鲁·海耶斯,周国富.电润湿基板及其制备方法、电润湿组件[P].广东:CN104614853A,2015-05-13. 40.周国富,李发宏,窦盈莹,水玲玲,罗伯特·安德鲁·海耶斯.一种KMPR光刻胶用KOH显影液[P].广东:CN104597727A,2015-05-06. 41.金名亮,刘霞,水玲玲,周国富.一种微型空心硅针的制备方法[P].广东:CN104587567A,2015-05-06. 42.金名亮,吴俊,水玲玲,周国富.一种微流控芯片的制造方法[P].广东:CN104549583A,2015-04-29. 43.周国富,窦盈莹,李发宏,水玲玲,罗伯特·安德鲁·海耶斯.一种提高电润湿器件封装性能的方法及电润湿器件[P].广东:CN104570326A,2015-04-29. 44.水玲玲,韦必明,金名亮,周国富.一种在疏水表面制备亲水涂膜的方法[P].广东:CN104438021A,2015-03-25. 45.窦盈莹,李发宏,罗伯特·安德鲁·海耶斯,水玲玲,唐彪,周国富.一种快速检测显影液显影效力的方法[P].广东:CN104458823A,2015-03-25. 46.水玲玲,韦必明,张茂榕,金名亮,周国富.一种在疏水绝缘层表面涂布光刻胶的方法[P].广东:CN104409332A,2015-03-11. 47.金名亮,水玲玲,周国富.一种彩色电泳电子纸显示薄膜[P].广东:CN203982047U,2014-12-03. 48.水玲玲,王娟,金名亮,周国富.一种微流控芯片及自组装的方法[P].广东:CN104107734A,2014-10-22. 49.水玲玲,何涛,金名亮,周国富.电湿润显示器的制作方法[P].广东:CN104007548A,2014-08-27. 50.金名亮,朱云飞,水玲玲,周国富.一种微流控芯片及基于微流控芯片的电泳微胶囊制造方法[P].广东:CN103934048A,2014-07-23. 51.水玲玲,陈霞,周国富.一种电润湿显示器件的制备方法[P].广东:CN103855086A,2014-06-1 -Projects(科研项目): 1.国家自然科学基金面上项目,61574065,基于TFT电润湿微流控的液滴阵列生物芯片技术研究,2016/01-2019/12,74.6万元,在研,主持; 2.国家重点研发计划课题,2016YFB0401502,电子纸显示器件设计与制备工艺,2016/07-2021/06,700万元,在研,主持; 3.广东省重大科技专项,2016B090906004,印刷柔性电润湿电子纸显示薄膜材料与技术研究,2016/04-2019/03,300万元,在研,主持; 4.广东省工程技术中心建设项目,2015B090903079,光流材料与器件工程技术研究中心,2015/01-2016/12,100万元,结题,主持; 5.国家自然科学基金青年基金项目,21303060,微流控法胶体科技自组装构建可调控光子晶体的研究,2014/01-2016/12,25万元,结题,主持; 6.国家自然科学基金国际交流与合作项目,21410302026,光流控2014第四届国际光流控会议,2014/01-2014.12,6万元,结题,主持; 7.广东省自然科学基金自由申请项目,S2013010014418,微流控法高效快速DNA片段化的研究,5万元,2014/10-2015/10,结题,主持; Others(其他奖励): 2015年,广东省科教文卫工会“粤木棉”奖 2014年,广东省“杰出女科学工作者”称号 2008年,中国政府优秀自费留学生奖学金 2003年,山东大学优秀硕士毕业生 2001年,山东大学校长奖学金 2000年,山东大学优秀本科毕业生 1998年,松下电器奖学金

研究领域

光电材料与器件,新型显示技术,界面物理与化学

围绕微流控在传感、显示和微全分析领域应用重大需求,针对微流控基本单元,开展两相微纳米流体基本特性、流体控制以及微纳米液滴研究:提出基于电子回路的超低速流体控制方法;采用薄膜晶体管实现高通量电润湿数字微流控;提出界面性能决定的高通量微纳米液滴制备方法;开展基于液滴/纳米颗粒平台的应用以及基于微流控原理的新型印刷技术研发。

近期论文

查看导师新发文章 (温馨提示:请注意重名现象,建议点开原文通过作者单位确认)

1.Wang,Juan,MingliangJin,YingxinGong,HaoLi,SujuanWu,ZhangZhang,GuofuZhou,LinglingShui*,JanC.T.EijkelandAlbertvandenBerg,Continuousfabricationofmicrocapsuleswithcontrollablemetalcoverednanoparticlearraysusingdropletmicrofluidicsforlocalizedsurfaceplasmonresonance.LabonaChip,2017.17:p.1970-1979. 2.LinglingShui*,RobertA.Hayes,MingliangJin,XiaoZhang,PengfeiBai,AlbertvandenBergandGuofuZhou,Microfluidicsforelectronicpaper-likedisplays.LabonaChip,2014.14(14):p.2374-2384. 3.LinglingShui*,AlbertvandenBergandJanC.T.Eijkel,InterfacialtensioncontrolledW/OandO/W2-phaseflowsinmicrochannel.LabonaChip,2009.9(6):p.795-801. 4.LinglingShui,SumitaPennathur,JanC.T.EijkelandAlbertvandenBerg,Multiphaseflowinlabonchipdevices:Arealtoolforthefuture.LabonaChip,2008.8(7):p.1010-1014. 5.Arayanarakool,Rerngchai,LinglingShui,ServeW.M.Kengen,AlbertvandenBergandJanC.T.Eijkel,Single-enzymeanalysisinadroplet-basedmicro-andnanofluidicsystem.LabonaChip,2013.13(10):p.1955-1962. 6.Marin,A.G.,W.vanHoeve,P.Garcia-Sanchez,LinglingShui,Y.B.Xie,M.A.Fontelos,J.C.T.Eijkel,A.vandenBergandD.Lohse,ThemicrofluidicKelvinwaterdropper.LabonaChip,2013.13(23):p.4503-4506. 7.Xie,Yanbo,JohnD.Sherwood,LinglingShui,AlbertvandenBergandJanC.T.Eijkel,Strongenhancementofstreamingcurrentpowerbyapplicationoftwophaseflow.LabonaChip,2011.11(23):p.4006-4011. 8.JuanWang,JanEijkel,MingliangJin,ShutingXie,DongYuan,GuofuZhou,AlbertvandenBergandLinglingShui*,MicrofluidicFabricationofResponsiveHierarchicalMicroscaleParticlesfromMacroscaleMaterialsandNanoscaleParticles.SensorsandActuatorsB-Chemical,2017,247:78-91. 9.Lina,Zhou,CaoYujuan,LinBixia,SongShuhua,YuYing*andShuiLingling*,In-situvisualandultrasensitivedetectionofphosmetusingafluorescentimmunoassayprobe.SensorsandActuatorsB-Chemical,2017.241:p.915-922. 10.LinglingShui*,JanC.T.EijkelandAlbertvandenBerg,Multiphaseflowinmicro-andnanochannels.SensorsandActuatorsB-Chemical,2007.121(1):p.263-276. 11.Jin,Mingliang,YunfeiZhu,AlbertvandenBerg,ZhangZhang,GuofuZhouandLinglingShui*,Wafer-scalefabricationofhigh-densitynanoslitarraysforsurface-enhancedRamanspectroscopy.Nanotechnology,2016.27(49):p.49LT01-49LT01. 12.Jin,Mingliang,XiaLiu,AlbertvandenBerg,GuofuZhouandLinglingShui*,UltrasensitiveDNAdetectionbasedontwo-stepquantitativeamplificationonmagneticnanoparticles.Nanotechnology,2016.27(33). 13.LinglingShui,JohanG.Bomer,MingliangJin,EdwinT.CarlenandAlbertvandenBerg,MicrofluidicDNAfragmentationforon-chipgenomicanalysis.Nanotechnology,2011.22(49). 14.LinglingShui*,E.StefanKooij,DanielWijnperle,AlbertvandenBergandJanC.T.Eijkel,Liquidcrystallography:3Dmicrodropletarrangementsusingmicrofluidics.SoftMatter,2009.5(14):p.2708-2712. 15.Tsai,Peichun,MauriceH.W.Hendrix,RemkoR.M.Dijkstra,LinglingShuiandDetlefLohse,MicroscopicstructureinfluencingmacroscopicsplashathighWebernumber.SoftMatter,2011.7(24):p.11325-11333. 16.Li,Lanhui,MingliangJin,ChenglongSun,XiaoxueWang,ShutingXie,GuofuZhou,AlbertVandenBerg,JanC.T.EijkelandLinglingShui*,HighEfficiencyHydrodynamicDNAFragmentationinaBubblingSystem.ScientificReports,2017.7. 17.LinglingShui*,FriederMugele,AlbertvandenBergandJanC.T.Eijkel,Geometry-controlleddropletgenerationinhead-onmicrofluidicdevices.AppliedPhysicsLetters,2008.93(15). 18.LinglingShui*,AlbertvandenBergandJanC.T.Eijkel,Capillaryinstability,squeezing,andshearinginhead-onmicrofluidicdevices.JournalofAppliedPhysics,2009.106(12). 19.He,Tao,MingliangJin,JanC.T.Eijkel,GuofuZhouandLinglingShui*,Two-phasemicrofluidicsinelectrowettingdisplaysanditseffectonopticalperformance.Biomicrofluidics,2016.10(1). 20.Xie,Yanbo*,MiaoSun,MingliangJin,GuofuZhouandLinglingShui*,Two-phasemicrofluidicflowmodelinginanelectrowettingdisplaymicrowell.EuropeanPhysicalJournalE,2016.39(2). 21.Li,Lu,LipingShen,XiaoqianZhang,LinglingShui*,BenhuiSui,XiaoliZhang,XiaofanZhao*andWenruiJin*,Multiplexedopticalcodingnanobeadsandtheirapplicationinsingle-moleculecountinganalysisformultiplegeneexpressionanalysis.AnalyticaChimicaActa,2015.886:p.123-132. 22.Xie,Shuting,FeiLu,ShaojieLiu,LiqiangZheng,MingliangJin,GuofuZhouandLinglingShui*,Imidazoliumionicliquidinducedone-stepsynthesisofalpha-Fe2O3nanorodsandnanorodassembliesforlithium-ionbattery.APLMaterials,2016.4(12). 23.Sui,Xiaofeng,LinglingShui,JinCui,YanboXie,JingSong,AlbertvandenBerg,MarkA.HempeniusandG.JuliusVancso,Redox-responsiveorganometallicmicrogelparticlespreparedfrompoly(ferrocenylsilane)sgeneratedusingmicrofluidics.ChemicalCommunications,2014.50(23):p.3058-3060. 24.LinglingShui*,JanC.T.EijkelandAlbertvandenBerg,Multiphaseflowinmicrofluidicsystems-Controlandapplicationsofdropletsandinterfaces.AdvancesinColloidandInterfaceScience,2007.133(1):p.35-49. 25.LinglingShui*,AlbertvandenBergandJanC.T.Eijkel,Scalableattolitermonodispersedropletformationusingmultiphasenano-microfluidics.MicrofluidicsandNanofluidics,2011.11(1):p.87-92. 26.LinglingShui,WouterSparreboom,PeterSpang,TinaRoeser,BenjaminNieto,FrancescGuasch,AntoniHomsCorbera,AlbertvandenBergandEdwinT.Carlen,HighyieldDNAfragmentationusingcyclicalhydrodynamicshearing.RSCAdvances,2013.3(32):p.13115-13118. 27.Lu,Han,HuaZhang,MingliangJin,TaoHe,GuofuZhouandLinglingShui*,Two-LayerMicrostructuresFabricatedbyOne-StepAnisotropicWetEtchingofSiinKOHSolution.Micromachines,2016.7(2). 28.Wang,Juan,MingliangJin,TaoHe,GuofuZhouandLinglingShui*,MicrofluidicInducedControllableMicrodropletsAssemblyinConfinedChannels.Micromachines,2015.6(9):p.1331-1345. 29.Chen,Xia,TaoHe,HongweiJiang,BimingWei,GuofeiChen,XingzhongFang,MingliangJin,RobertA.Hayes,GuofuZhouandLinglingShui*,Screen-printingfabricationofelectrowettingdisplaysbasedonpoly(imidesiloxane)andpolyimide.Displays,2015.37:p.79-85. 30.Yi,Zichuan,LinglingShui,LiWang,MingLiangJin,RobertA.HayesandGuofuZhou,Anoveldriverforactivematrixelectrowettingdisplays.Displays,2015.37:p.86-93. 31.Bai,PengFei,RobertA.Hayes,MingLiangJin,LingLingShui,ZiChuanYi,L.Wang,XiaoZhangandGuoFuZhou,ReviewofPaper-LikeDisplayTechnologies.ProgressinElectromagneticsResearch-Pier,2014.147:p.95-116. 32.Duan,Feibo,PengfeiBai,AlexHenzen,LinglingShui,BiaoTangandGuofuZhou,AnAdaptiveGenerationMethodforElectrophoreticDisplayDrivingWaveformDesign.JournaloftheSID,2016.24(11):p.676-685. 33.LinglingShui,P.Z.Guo,F.Chen,G.Y.XuandL.Q.Zheng,TheeffectofIopamidolonrheologicalpropertiesofmonoglyceride/watersystem.ColloidsandSurfacesa-PhysicochemicalandEngineeringAspects,2005.256(1):p.85-90. 34.Zheng,L.Q.,LinglingShui,Q.Shen,G.Z.Li,T.Baba,H.MinamikawaandM.Hato,pHandsalt-inducedreversibleaggregationofnonionicsyntheticglycolipidvesicles.ColloidsandSurfacesa-PhysicochemicalandEngineeringAspects,2002.207(1-3):p.215-221. 35.Zheng,L.Q.,W.Z.Zhu,Q.Shen,LinglingShui,G.Z.LiandZ.W.Sun,KineticandsizecontrolofpolystyreneandpolyacrylicoctadecylesterlatticesviapolymerizationinO/Wmicroemulsions.ColloidsandSurfacesa-PhysicochemicalandEngineeringAspects,2002.201(1-3):p.111-121. 36.Liu,Jin,XiZhou,ZhiQiao,JianhaoZhang,ChenzhaoZhang,TuowenXiang,LinglingShui,YaochengShiandLiuLiu,IntegratedOpticalChemicalSensorBasedonanSOIRingResonatorUsingPhase-Interrogation.IeeePhotonicsJournal,2014.6(5). 37.Li,G.Z.,J.Xu,J.H.Mu,L.M.Zhai,LinglingShui,W.J.Chen,J.L.Jiang,F.Chen,D.F.GuoandW.M.Lin,Designandapplicationofanalkaline-surfactant-polymerfloodingsysteminfieldpilottest.JournalofDispersionScienceandTechnology,2005.26(6):p.709-717. 38.Zheng,L.Q.,J.Zhang,LinglingShui*,F.Chen,J.Y.UmandH.Chung,Componenteffectsonthephasebehaviorofmonoglyceride-watermixturesstudiedbyFT-IRandX-raydiffraction.JournalofDispersionScienceandTechnology,2003.24(6):p.773-778. 39.XiaoMeiZhang,PengFeiBai,RobertA.Hayes,LinglingShui,MingliangJin,BiaoTangandGuo-FuZhou,NovelDrivingMethodsforManipulatingOilMotioninElectrofluidicDisplayPixels.JournalofDisplayTechnology,2016.12(2):p.200-205. 40.Ma,Xiaoxiao,ZhichengXiong,WenWang,LumingZhang,SujuanWu,XubingLu,XingsenGao,LinglingShuiandJun-MingLiu,Invertedorganicsolarcellsusingasolution-processedTiO2/CdSeelectrontransportlayertoimproveperformance.JournalofPhysicsD-AppliedPhysics,2016.49(15). 41.Dou,Yingying,MingliangJin,GuofuZhouandLinglingShui*,BreathFigureMethodforConstructionofHoneycombFilms.Membranes,2015.5(3):p.399-424. 42.Wang,Wen,ZongbaoZhang,YangyangCai,JinshanChen,JianmingWang,RiyanHuang,XubingLu,XingsenGao,LinglingShui,SujuanWu,andJun-MingLiu,EnhancedperformanceofCH3NH3PbI3-xClxperovskitesolarcellsbyCH3NH3ImodificationofTiO2-perovskitelayerinterface.NanoscaleResearchLetters,2016.11. 43.Zheng,L.Q.,LinglingShui,L.You,O.Zheng,Y.Li,J.X.ZhaoandG.Z.Li,Thesurfacetensionstudyofthegeminisurfactantsolutions.ActaChimicaSinica,2001.59(5):p.637-642. 44.Zhu,W.Z.,G.Z.Li,L.Q.Zheng,S.J.Liu,LinglingShui*,H.J.LiangandQ.Wu,Particlenucleationduringthemicroemulsionco-polymerizationofacrylicoctadecylesterandstyrenebylaserlightscatteringmethod.ActaChimicaSinica,2001.59(1):p.1-5. 45.LinglingShui,G.Z.Li,Q.Shen,D.M.Ji,Z.W.SunandDaiGuoliang,Floodingefficiencyoffloodingsystemsandwettabilitystudyonthesimulantrocksurface.ChineseJournalofChemicalPhysics,2004.17(2):p.201-205. 46.LinglingShui,Z.N.WangandL.Q.Zheng,Rheologicalpropertiesofcubicliquidcrystalsformedfrommonoglyceride/H2Osystems.ChineseJournalofChemistry,2005.23(3):p.245-250. 47.Qiu,Shuhai,ShengjieXu,GuofuZhou,LinglingShuiandXiaozhangZhu,Synthesisof1,2,3,4,5-Pentaarylcyclopenta-2,4-dieneDerivativesandTheirAggregation-InducedEmissionProperties.ChineseJournalofOrganicChemistry,2015.35(8):p.1746-1753. 48.Hou,Jiaxin,WenwenDing,YancongFeng,LinglingShui,YaoWang,HaoLi*,NanLiand2GuofuZhou1,3,*,ElectrowettingPerformancesofNovelFluorinatedPolymerDielectricLayerBasedonPoly(1H,1H,2H,2Hperfluoroctylmethacrylate)Nanoemulsion.Polymers,2017.9(217):p.1-13. -OtherJournalArticles(其他论文) 49.水玲玲,朱云飞,“微流控法制备功能性微纳米液珠”,华南师范大学学报(自然科学版),2013,6:99-104.DOI:10.6054/j.jscnun.2013.09.010. 50.何涛,金名亮,窦盈莹,吴昊,周国富,水玲玲“一种电润湿显示彩色油墨的性能研究”,华南师范大学学报(自然科学版),2016,2,48:40-45.DOI:10.6054/j.jscnun.2015.11.002. 51.水玲玲,李岚慧,金名亮,周国富“微流控法DNA片段化研究进展”,华南师范大学学报(自然科学版),2016,1,48:23-27.DOI:10.6054/j.jscnun.2016.01.004. 52.朱云飞,水玲玲,周国富,金名亮,“微流控法制备可用于电泳显示微胶囊的微液珠研究”,华南师范大学学报(自然科学版),2015,3,47:19-23.DOI:10.6054/j.jscnun.2015.03.016. 53.金名亮,水玲玲,“光流控研究现状及趋势”,华南师范大学学报(自然科学版),2015,2,47:12-16.DOI:10.6054/j.jscnun.2014.12.012. 54.韦必明,金名亮,吴昊,窦盈莹,周国富,水玲玲“大面积光刻胶线棒涂布工艺研究”,华南师范大学学报(自然科学版),2015,2,47:84-89.DOI:10.6054/j.jscnun.2014.12.015. 55.李岚慧,窦盈莹,水玲玲,李发宏,RobertA.HAYES,周国富“水溶液显影环氧乙烷光刻胶的显影条件及机理探索”,华南师范大学学报(自然科学版),2017,1,49:40-45.DOI:10.6054/j.jscnun.2017052. 56.李显歌,白鹏飞,RobHayes,水玲玲,吴昊,窦盈莹,郭媛媛,周国富,“TeflonAF1600作为电润湿显示器件疏水绝缘层的可靠性研究”,华南师范大学学报(自然科学版),2015,2,47:17-20.DOI:10.6054/j.jscnun.2014.12.016. 57.刘先明,王利,易子川,水玲玲,周国富,“基于直流平衡的电子纸驱动方法的研究”,华南师范大学学报(自然科学版),2015,3,47:10-13.DOI:10.6054/j.jscnun.2015.03.001. 58.李干佐,刘杰,吕锋锋,水玲玲等“非离子表面活性剂吐温80的复合驱油体系研究”日用化学工业,2003,33(1):1-7.DOI:10.3969/j.issn.1001-1803.2003.01.001 59.水玲玲,郑利强,赵剑曦等,“双子表面活性剂体系的界面活性研究”精细化工,2001,18(2):67-69.DOI:10.3321/j.issn:1003-5214.2001.02.002. 60.水玲玲,郑利强,刘少杰等.“双子表面活性剂的研究进展”日用化学工业,2001,31(2):28-31.DOI:10.3969/j.issn.1001-1803.2001.02.008. 61.吕锋锋,李干佐,水玲玲等,“微乳化燃油的研究进展”,精细石油化工进展,2002,3(11):21-23.DOI:10.3969/j.issn.1009-8348.2002.11.005. 62.刘杰,李干佐,吕锋锋,水玲玲等,“孤东原油组分与其ASP配方体系之间界面张力的研究”,山东大学学报(理学版),2004,39(1):101-106.DOI:10.3969/j.issn.1671-9352.2004.01.023.

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