?姓名：赵明伟 ?职称：副教授

?单位：油气田化学研究所 ?最高学历/学位：研究生/博士
?学科：油气田开发工程学科,石油与天然气工程领域 ?所学专业：胶体与界面化学
?电子邮箱：zmwupc@163.com, zhaomingwei@upc.edu.cn
?联系电话：
?地址邮编：山东省青岛市经济技术开发区长江西路66号,266580
?个人主页：
◎学习与工作经历
2019.10--2020.10加拿大阿尔伯塔大学访学
2018.08--2019.08教育部科技司借调
2013.12--至今中国石油大学（华东）副教授
2011.07--2013.12中国石油大学（华东）讲师
2006.09--2011.06山东大学博士
2002.09--2006.06山东大学学士
◎研究方向
提高采收率与采油化学，胶体界面化学
◎学术兼职
2017.01-2021.12泰山****攀登计划团队骨干成员
2017.11-至今山东省“黄大年式”教师团队骨干成员
2019.01-2021.12聊城大学学报（自然科学版）青年编辑
2016.01-2018.12校创新团队骨干成员

◎主讲课程
化学原理（Ⅱ），EOR原理，油田化学，油气田环境保护
◎指导研究生
招生专业：油气田开发工程（学硕），石油与天然气工程（专硕）
招生方向：提高采收率与采油化学，油气田开发工程
2019级：郭旭，闫若勤，程云龙；
2018级：曹梦娇，宋旭光，李阳，张博涵，栾日中（共同指导）；
2017级：高志宾（国奖获得者），王若屿，杨倩茹（共同指导）；
2016级：何皓楠（国奖获得者，校级优秀硕士学位论文），吕文娇（国奖获得者，校级优秀硕士学位论文），张跃（国奖获得者，共同指导，校级优秀硕士学位论文），周宏达（共同指导）；
2015级：高明伟（硕博连读），徐中良（国奖获得者，共同指导），王涛（共同指导），王新科（共同指导）；
2014级：郑国超（共同指导），李玉阳（博士，共同指导）；
2013级：王世禄（国奖获得者，共同指导）。
欢迎对化学，石油，材料有兴趣有研究的同学报考。
◎承担科研课题
作为第一负责人，主持项目：
2019--2022国家自然科学基金面上项目
2018--2020山东省自然科学基金青年项目
2017--2020国家科技重大专项子课题
2计划专题
2019--2022校青年拔尖人才培育项目
2017--2019中国石油大学（华东）自主创新科研计划项目
2014--2016国家自然科学基金青年项目
2013--2015中国博士后科学基金特别资助
2013--2014山东省博士后创新项目专项资金
2013--2014中国石油大学（华东）自主创新基金
2012--2013中国博士后科学基金面上一等资助
作为技术骨干，参与了国家863、国家973，十三五国家科技重大专项，国家油气重大专项、国家自然科学基金、山东省****基金、三大石油公司等国家级、省部级项目等十余项项目。

◎获奖情况
2019.10获中国专利优秀奖
2019.03获新疆维吾尔自治区科技进步一等奖
2019.01获高等学校科学研究优秀成果奖科学技术进步二等奖
2018.12获中国专利优秀奖
2018.11获中国石油和化学工业联合会技术发明一等奖
2018.04获山东省专利一等奖
2015.01获山东省科技进步二等奖
2013.10获中国石油和化学工业联合会科技进步一等奖
◎荣誉称号
2020.03霍英东基金会第十七届高等院校青年教师奖三等奖
2017-2019石油工程学院青年学术拔尖人才
2019.09获中国石油大学优秀硕士学位论文指导教师
2018.06获中国石油大学优秀本科学位论文指导教师
2017.06获中国石油大学优秀本科学位论文指导教师
2016.06获中国石油大学优秀本科学位论文指导教师
2014-2016中国石油大学青年骨干计划
2013.11获中国石油大学（华东）优秀班主任
◎论文
2020年发表文章：
[1]ZhaoMingwei,SongXuguang,ZhouDan,LvWenjiao,DaiCaili*,YangQianru,LiYang,ZhangBohan,ZhaoYurong*,WuYining*.StudyontheReducingInjectionPressureRegulationofHydrophobicCarbonNanoparticles,Langmuir,2020,36,3989-3996.(封面文章)
[2]ZhaoMingwei*,LiYang,WangTao,GaoMingwei,ZhangBohan,SongXuguang,WangXin,GuanBaoshan,LiuPing,DaiCaili*.ThedissolutioncharacteristicofnonionicsurfactantsinsupercriticalCO2,JournalofMolecularLiquids,2020,305,112846.
[3]ZhaoMingwei*,SongXuguang,LvWenjiao,WuYining,DaiCaili*.Thepreparationandspontaneousimbibitionofcarbon-basednanofluidforenhancedoilrecoveryintightreservoirs.JournalofMolecularLiquids,2020,113564.
[4]ZhaoMingwei,MengjiaoCao,HuYong,YangQianru,WuYining*,ChuZhongzhong,HuXuewen,DaiCaili*.Investigatingbreakupbehaviorsofthenon-Newtonianfluid:Acasestudyofoildropletusing3-Dporethroatstructuredmicrochannels.ColloidsandSurfaceA,2020,587,124330.
[5]DaiCaili*,HuYong,WuYining*,ZhaoMingwei,YueTongtao*.Effectsofstructuralpropertiesofalcoholmoleculesondecompositionofnaturalgashydrates:Amoleculardynamicsstudy.Fuel,2020,268,117322.
2019年发表文章：
[1]GaoZhibin,DaiCaili,*SunXin,HuangYongping,GaoMingwei,ZhaoMingwei,*Investigationofcellulosenanofiberenhancedviscoelasticfracturingfluidsystem:Increasingviscoelasticityandreducingfiltration.ColloidsandSurfacesA-physicochemicalandEngineeringAspects,2019,582.
[2]ZhaoMingwei,WangRuoyu,DaiCaili,*WuXuepeng,WuYouran,DaiYingjie,WuYining,*Adsorptionbehaviourofsurfactant-nanoparticlesatthegas-liquidinterface:Influenceofthealkanechainlength.ChemicalEngineeringScience,2019,206,203-211.
[3]ZhouHongda,ZhangQingsheng,DaiCaili,*LiYuyang,LvWenjiao,WuYining,ChengRui,ZhaoMingwei,*Experimentalinvestigationofspontaneousimbibitionprocessofnanofluidinultralowpermeablereservoirwithnuclearmagneticresonance.ChemicalEngineeringScience,2019,201,212-221.
[4]FangJichao,ZhaoGuang,ZhaoMingwei,DaiCaili,*Newchannelflowcontrolagentforhigh-temperatureandhigh-salinityfractured-vuggycarbonatereservoirs.EnergySourcesPartA-recoveryUtilizationandEnvironmrntalEffects.DOI:10.1080/**.2019.**.
[5]YangXiujie,*ZhangPeng,LvWenjiao,ZhouTing,LiPeng,ZhaoMingwei,*AggregationBehaviorofImidazolium-BasedAminoAcidIonicLiquidSurfactantsinAqueousSolution:TheEffectofAminoAcidCounterions.JournalofSurfactantsandDetergents,2019.
[6]ZhaoMingwei,GaoZhibin,DaiCaili,*SunXin,ZhangYue,YangXiujie,WuYining,*EffectofSilicaNanoparticlesonWormlikeMicelleswithDifferentEntanglementDegrees.JournalofSurfactantsandDetergents,2019,22(3),587-595.
[7]WuYining,WangRruoyu,DaiCaili,*XuYan,YueTongtao,ZhaoMingwei,*PreciselyTailoringBubbleMorphologyinMicrochannelbyNanoparticlesSelf-assembly.Industrial&EngineeringChemistryResearch,2019.
[8]ZhangYue,DaiCaili,WuXuepeng,WuYining,LiYuyang,HuangYongping,HeHaonan,GuChenglin,HeLong,ZhaoMingwei,*Theconstructionofanhydride-modifiedsilicananoparticles(AMSNPs)strengthenedwormlikemicellesbasedonstrongelectrostaticandhydrogenbondinginteractions.JournalofMolecularLiquids,2019,277,372-379.
[9]LiYuan,WangRongjun,WangRruoyu,LiuWei,DaiCaili,*YaoXue,ZhaoMingwei,SunYongpeng,ZhaoGuang,WuYining,*Investigationonflowcharacteristicofviscoelasticityfluidsinpore-throatstructure[J].JournalofPetroleumScienceandEngineering,2019,174:821-832.
[10]LiYuyang,DaiCaili,*WangXinke,LvWenjiao,ZhouHongda,ZhaoGuang,LiLin,SunYongpeng,WuYining,ZhaoMingwei,*Anovelstrategytocreatebifunctionalsilica-protectedquantumdotnanoprobeforfluorescenceimaging.SensorsandActuatorsB-Chemical,2019,282,27-35.
[11]DaiCaili,*HuangYongping,LyuXiaoying,LiLin,SunYongpeng,ZhaoMingwei,ZhaoGuang,WuYining,*Solid-likefilmformedbynano-silicaself-assemblyatoil–waterinterface.ChemicalEngineeringScience,2019,195:51-61.
2018年发表文章：
[1]DaiCaili,*SunXin,SunYongpeng,*ZhaoMingwei,DuMingyong,ZouChenwei,GuanBaoshan,TheeffectofsupercriticalCO2fracturingfluidretention-inducedpermeabilityalterationoftightoilreservoir.JournalofPetroleumScienceandEngineering,2018,171,1123-1132.
[2]ZhaoMingwei,GaoZhibin,DaiCaili,*ZhangYue,SunXin,GaoMingwei,HuangYongping,HeLong,WuYining,*InvestigationofActive–InactiveMaterialInterdigitatedAggregatesFormedbyWormlikeMicellesandCelluloseNanofiber.JournalofPhysicalChemistryB,2018,122(45):10371-10376.
[3]ZhaoMingwei,*HeHaonan,DaiCaili,*WuXuepeng,ZhangYue,HuangYongping,GuChenglin.Micelleformationbyamine-basedCO2-responsivesurfactantofimidazolinetypeinanaqueoussolution.JournalofMolecularLiquids,2018:875-881.
[4]WuXuepeng,ZhangYue,SunXin,HuangYongping,DaiCaili,*ZhaoMingwei.AnovelCO2andpressureresponsiveviscoelasticsurfactantfluidforfracturing.Fuel,2018:79-87.
[5]ZhangYue,DaiCaili,*QianYao,FanXiqun,JiangJianfeng,WuYining,WuXuepeng,HuangYongping,ZhaoMingwei,*Rheologicalpropertiesandformationdynamicfiltrationdamageevaluationofanovelnanoparticle-enhancedVESfracturingsystemconstructedwithwormlikemicelles,ColloidsandSurfacesA-physicochemicalandEngineeringAspects,2018,553,244-252.
[6]DaiCaili,*YangQianru,GaoMingwei,ZhaoMingwei,*JiangJianfeng.ThemechanismdifferencebetweenCO2andpHstimuliforadualresponsivewormlikemicellarsystem.PhysicalChemistryChemicalPhysics,2018,20(30):19900-19905.
[7]ZhaoMingwei,*LvWenjiao,LiYuyang,DaiCaili,*ZhouHongda,SongXuguang,WuYining.AStudyonPreparationandStabilizingMechanismofHydrophobicSilicaNanofluids.Materials,2018,11(8).
[8]WuYining,FangSisi,ZhangKaiyi,ZhaoMingwei,*JiaoBaolei,DaiCaili.*StabilityMechanismofNitrogenFoaminPorousMediawithSilicaNanoparticlesModifiedbyCationicSurfactants.Langmuir,2018,34(27):8015-8023.
[9]ZhaoMingwei,*LvWenjiao,LiYuyang,DaiCaili,*WangXinke,ZhouHongda,ZouChenwei,GaoMingwei,ZhangYue,WuYining.Studyonthesynergybetweensilicananoparticlesandsurfactantsforenhancedoilrecoveryduringspontaneousimbibition.JournalofMolecularLiquids,2018:373-378.
[10]DuMingyong,*SunXin,DaiCaili,*LiHao,WangTao,XuZhongliang,ZhaoMingwei,GuanBaoshan,LiuPing.Laboratoryexperimentonatoluene-polydimethylsiliconethickenedsupercriticalcarbondioxidefracturingfluid.JournalofPetroleumScienceandEngineering,2018:369-374.
[11]WuXuepeng,HuangYongping,FangSisi,DaiCaili,*LiHao,XuZhongliang,ZhaoMingwei.*CO2-responsivesmartwormlikemicellesbasedonmonomerand“pseudo”geminisurfactant.JournalofIndustrialandEngineeringChemistry,2017:348-354.
[12]DaiCaili,*LiHao,ZhaoMingwei,WuYining,*YouQing,SunYongpeng,ZhaoGuang,XuKe.Emulsionbehaviorcontrolandstabilitystudythroughdecoratingsilicananoparticlewithdimethyldodecylamineoxideatn-heptane/waterinterface.ChemicalEngineeringSciene,2018,179,73-82.
[13]ZhaoMingwei,HeHaonan,DaiCaili,*SunYongpeng,FangYanchao,LiuYifei,YouQing,ZhaoGuang,WuYining.EnhancedOilRecoveryStudyofaNewMobilityControlSystemontheDynamicImbibitioninaTightOilFractureNetworkModel.Energy&Fuels,2018.
[14]LiYuyang,DaiCaili,*ZhouHongda,WangXinke,LvWenjiao,ZhaoMingwei.*InvestigationofSpontaneousImbibitionbyUsingaSurfactant-FreeActiveSilicaWater-BasedNanofluidforEnhancedOilRecovery.Energy&Fuels,2018.
[15]DaiCaili,*FangJichao,DingQinfang,WangTao,ZhaoMingwei,WuYining.*Studyonadsorptioncharacteristicofnovelnonionicfluorocarbonsurfactant(4-hydroxyethylether)(pentadecafluoro-alkyl)amideatcoal-waterinterface.ColloidandPolymerScience,2018,296(1),21-30.
[16]DaiCaili,*WangTao,ZhaoMingwei,*SunXin,GaoMingwei,XuZhongliang,GuanBaoshan,LiuPing.Impairmentmechanismofthickenedsupercriticalcarbondioxidefracturingfluidintightsandstonegasreservoirs.Fuel,2018:60-66.
[17]赵明伟，高志宾，戴彩丽，孙鑫，黄永平，油田转向压裂用暂堵剂研究进展.油田化学，2018，35(03):538-544.
2017年发表文章：
[1]DaiCaili,*FangSisi,WuYining,*WuXuepeng,ZhaoMingwei,ZouChenwei,LiHao,ZhouHongda,ZhangKaiyi.Experimentalstudyofbubblebreakupprocessinnon-Newtonianfluidin3-Dpore-throatmicrochannels.ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects,2017:130-138.
[2]LiYuyang,DaiCaili,*ZhouHongda,WangXinke,LvWenjiao,WuYining,ZhaoMingwei.*ANovelNanofluidBasedonFluorescentCarbonNanoparticlesforEnhancedOilRecovery.Industrial&EngineeringChemistryResearch,2017,56(44):12464-12470.
[3]DaiCaili,*LiuYifei,ZouChenwei,YouQing,*YangShuai,ZhaoMingwei,ZhaoGuang,WuYining,SunYongpeng.Investigationonmatchingrelationshipbetweendispersedparticlegel(DPG)andreservoirpore-throatsforin-depthprofilecontrol.Fuel,2017:109-120.
[4]DaiCaili,*FangSisi,HuMei,HeXiaojuan,ZhaoMingwei,WuXuepeng,YangShuai,WuYining.*Synthesis,surfaceadsorptionandmicelleformationofaclassofmorpholiniumgeminisurfactants[J].JournalofIndustrialandEngineeringChemistry,2017:226-233.
[5]ZhaoMingwei,ZhangYue,ZouChenwei,DaiCaili,*GaoMingwei,LiYuyang,LvWenjiao,JiangJianfeng,WuYining.*CanMoreNanoparticlesInduceLargerViscositiesofNanoparticle-EnhancedWormlikeMicellarSystem(NEWMS)?.Materials,2017,10(9).
[6]LiuYifei,DaiCaili,*WangKai,ZouChenwei,GaoMingwei,FangYanchao,ZhaoMingwei,WuYining,YouQing.*StudyonaNovelCross-LinkedPolymerGelStrengthenedwithSilicaNanoparticles.Energy&Fuels,2017,31(9):9152-9161.
[7]DaiCaili,*XuZhongliang,WuYining,ZouChenwei,WuXuepeng,WangTao,GuoXu,ZhaoMingwei.*DesignandStudyofaNovelThermal-ResistantandShear-StableAmphotericPolyacrylamideinHigh-SalinitySolution.Polymers,2017,9(7).
[8]WuYining,ChenWenxia,HuMei,DaiCaili,*ZhaoMingwei,HeLong.ApplicationofDispersedParticleGeltoInhibitSurfactantAdsorptiononSand.JournalofSurfactantsandDetergents,2017,20(4):863-871.
[9]ZhaoMingwei,*WangShilu,DaiCaili.*ANewInsightintothePressure-DecreasingMechanismofHydrophobicSilicaNanoparticlesModifiedbyn-Propyltrichlorosilane.JournalofSurfactantsandDetergents,2017,20(4):873-880.
[10]DaiCaili,*ZhangYue,GaoMingwei,LiYuyang,LvWenjiao,WangXinke,WuYining,ZhaoMingwei.*TheStudyofaNovelNanoparticle-EnhancedWormlikeMicellarSystem.NanoscaleResearchLetters,2017,12(1).
[11]WuXuepeng,DaiCaili,*FangSisi,LiHao,WuYining,SunXin,ZhaoMingwei.*Theeffectofhydroxylonthesolutionbehaviorofaquaternaryammoniumgeminisurfactant.PhysicalChemistryChemicalPhysics,2017,19(24):16047-16056.
[12]ZhaoMingwei,*GaoMingwei,DaiCaili,*ZouChenwei,YangZhe,WuXuepeng,LiuYifei,WuYining,FangSisi,LvWenjiao.InvestigationofNovelTriple-ResponsiveWormlikeMicelles.Langmuir,2017,33(17):4319-4327.
[13]WuYining,*ChenWenxia,DaiCaili,*HuangYongping,LiHao,ZhaoMingwei,HeLong,JiaoBaolei.Reducingsurfactantadsorptiononrockbysilicananoparticlesforenhancedoilrecovery.JournalofPetroleumScienceandEngineering,2017:283-287.
[14]DaiCaili,*WangXinke,LiYuyang,LvWenjiao,ZouChenwei,GaoMingwei,ZhaoMingwei.*SpontaneousImbibitionInvestigationofSelf-DispersingSilicaNanofluidsforEnhancedOilRecoveryinLow-PermeabilityCores.Energy&Fuels,2017,31(3):2663-2668.
[15]徐中良，戴彩丽，赵明伟，杨帅，酸压用交联酸的研究进展.应用化工，2017，46(12):2424-2427.
[16]孙鑫，杜明勇，韩彬彬，孙永鹏，赵明伟，管保山，戴彩丽，二氧化碳压裂技术研究综述.油田化学，2017，34(02):374-380.
2016年发表文章：
[1]ZhangYan,YouQing,*FuYang,ZhaoMingwei,FanHongfu,LiuYifei,DaiCaili.*Investigationoninterfacial/surfacepropertiesofbio-basedsurfactantNaliphaticamide-NN-diethoxypropylsulfonatesodiumasanoildisplacementagentregeneratedfromwastecookingoil.JournalofMolecularLiquids,2016,223,68-74.
[2]ZhaoMingwei,*GaoMingwei,DaiCaili,*DuMingyong,LiuYifei,ZouChenwei,TaoJiaping,WangXinke,WangTao.Investigationonanovelphoto-responsivesystemformedbyN-methyl-Ncetylpyrrolidiniumbromideandortho-methoxycinnamic.JournalofMolecularLiquids,2016,223,329-334.
[3]DaiCaili,YangZhe,LiuYifei,GaoMingwei,ZhengGuochao,FangSisi,WuWenjun,ZhaoMingwei.*SurfaceadsorptionandmicelleformationofsurfactantN-alkyl-Nmethylmorpholiniumbromideinaqueoussolutions.JournalofMolecularLiquids,2016,220,442-447.
[4]LiuYifei,DaiCaili,*WangKai,ZhaoMingwei,GaoMingwei,YangZhe,FangJichao,WuYining.*InvestigationonPreparationandProfileControlMechanismsoftheDispersedParticleGels(DPG)FormedfromPhenol–FormaldehydeCross-linkedPolymerGel.Industrial&EngineeringChemistryResearch,2016,55(22):6284-6292.
[5]DaiCaili,YangZhe,YangHuili,LiuYifei,FangJichao,ChenWenxia,LiWeitao,ZhaoMingwei.*Micelle-to-vesicletransitioninducedbyβ-cyclodextrininmixedcatanionicsurfactantsolutions.ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects,2016:1-6.
[6]YanZhihu,DaiCaili,*ZhaoMingwei,SunYongpeng,ZhaoGuang.Development,formationmechanismandperformanceevaluationofareusableviscoelasticsurfactantfracturingfluid.JournalofIndustrialandEngineeringChemistry,2016:115-122.
[7]ZhaoMingwei,*GaoMingwei,DaiCaili,WangShilu,ChenWenxia,LiuYifei,WuXuepeng,XuZhongliang.ANovelStudyontheGelPhaseFormedinaCatanionicSurfactantSystem.JournalofSurfactantsandDetergents,2016,19(3):519-525.
[8]LiuYifei,DaiCaili,*WangKai,ZhaoMingwei,ZhaoGuang,YangShuai,YanZhihu,YouQing.*Newinsightsintothehydroquinone(HQ)–hexamethylenetetramine(HMTA)gelsystemforwatershut-offtreatmentinhightemperaturereservoirs.JournalofIndustrialandEngineeringChemistry,2016:20-28.
[9]YanZhihu,DaiCaili,*ZhaoMingwei,*SunYongpeng.Rheologicalcharacterizationsandmoleculardynamicssimulationsofself-assemblyinananionic/cationicsurfactantmixture.SoftMatter,2016,12(28):6058-6066.
[10]WuXuepeng,WuYining,YangSisi,ZhaoMingwei,*GaoMingwei,LiHao,DaiCaili.*SynergisticeffectofpH-responsivewormlikemicellesbasedonasimpleamphiphile.SoftMatter,2016,12(20):4549-4556.
2015年发表文章：
[1]ZhaoGuang,*DaiCaili,ChenAng,YanZhihu,ZhaoMingwei.Experimentalstudyandapplicationofgelsformedbynonionicpolyacrylamideandphenolicresinforin-depthprofilecontrol.JournalofPetroleumScienceandEngineering,2015:552-560.
[2]YouQing,*WangKai,TangYongchun,ZhaoGuang,LiuYifei,ZhaoMingwei,LiYuyang,DaiCaili.StudyofaNovelSelf-ThickeningPolymerforImprovedOilRecovery.Industrial&EngineeringChemistryResearch,2015,54(40):9667-9674.
[3]ZhaoGuang,*DaiCaili,ZhangYanhui,ChenAng,YanZhihu,ZhaoMingwei.Enhancedfoamstabilitybyaddingcombpolymergelforin-depthprofilecontrolinhightemperaturereservoirs.ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects,2015:115-124.
[4]YanZhihu,DaiCaili,*ZhaoMingwei,ZhaoGuang,LiYuyang,WuXuepeng,DuMingyong,LiuYifei.pH-switchablewormlikemicelleformationbyN-alkyl-N-methylpyrrolidiniumbromide-basedcationicsurfactant.ColloidsandSurfacesA:PhysicochemicalandEngineeringAspects,2015:283-289.
[5]YouQing,*WangChenyu,DingQinfang,ZhaoGuang,FangJichao,LiuYifei,ZhaoMingwei,DaiCaili,GengMen.Impactofsurfactantinfracturingfluidontheadsorption–desorptionprocessesofcoalbedmethane.JournalofNaturalGasScienceandEngineering,2015:35-41.
[6]YanZhihu,DaiCaili,*ZhaoMingwei,ZhaoGuang,LiYuyang,WuXuepeng,LiuYifei,DuMingyong.ThermalandpHdualstimulatedwormlikemicelleinaqueousN-cetyl-Nmethylpyrrolidiniumbromidecationicsurfactant-aromaticdibasicacidsystem.ColloidandPolymerScience,2015,293(9),2617-2624.
[7]YanZhihu,DaiCaili,*ZhaoMingwei,ZhaoGuang,LiYuyang,WuXuepeng,LiuYifei,DuMingyong.Multi-ResponsiveWormlikeMicellesBasedonN-alkyl-N-MethylpiperidiniumBromideCationicSurfactant.JournalofSurfactantsandDetergents,2015,18(5):739-746.
[8]DaiCaili,WangKai,LiuYifei,LiHui,WeiZiyang,ZhaoMingwei.*ReutilizationofFracturingFlowbackFluidsinSurfactantFloodingforEnhancedOilRecovery.Energy&Fuels,2015,29(4):2304-2311.
[9]DaiCaili,WuXuepeng,LiWwitao,YouQing,ZhaoMingwei,*DuMingyong,LiuYifei,LiYuyang.Theroleofhydroxyethylgroupsintheconstructionofwormlikemicellesinthesystemofquaternaryammoniumsurfactantandsodiumsalicylate.SoftMatter,2015,11(39):7817-7826.
[10]DuMingyong,DaiCaili,*ChenAng,WuXuepeng,LiYuyang,LiuYifei,LiWeitao,ZhaoMingwei.Investigationontheaggregationbehaviorofphoto-responsivesystemcomposedof1-hexadecyl-3-methylimidazoliumbromideand2-methoxycinnamicacid.RSCAdvances,2015,5(84):68369-68377.
[11]DaiCaili,WangShilu,LiYuyang,GaoMingwei,LiuYifei,SunYongpeng,ZhaoMingwei.Thefirststudyofsurfacemodifiedsilicananoparticlesinpressure-decreasingapplication.RSCAdvances,2015,5(76):61838-61845.
[12]MingweiZhao,*ZhihuYan,CailiDai,*MingyongDu,HuiLi,YurongZhao,KaiWang,QinfangDing,FormationandrheologicalpropertiesofwormlikemicellesbyN-hexadecyl-N-methylpiperidiniumbromideandsodiumsalicylate.ColloidandPolymerScience,2015,DOI:10.1007/s00396-014-3495-2.
[13]JianhuiZhao,CailiDai,*QinfangDing,MingyongDu,HaishunFeng,ZiyangWei,AngChen,MingweiZhao,*Thestructureeffectonthesurfaceandinterfacialpropertiesofzwitterionicsulfobetainesurfactantsforenhancedoilrecovery.RSCAdvances,2015,5,13993-14001.
[14]CailiDai,QinfangDing,MingweiZhao,*JianhuiZhao,JichaoFang,HuiLi,Constructionandperformanceevaluationofahighlyefficientmixedfoamingsystem.RSCAdvances,2015,DOI:10.1039/c5ra02166a.
[15]CailiDai,ShiluWang,MingyongDu,YifeiLiu,DongxuPeng,ZhihuYan,MingweiZhao,*Phasebehaviorofanonaqueousternarymicroemulsioncontainingethylammoniumnitrate,TX-100,andcyclohexane.ColloidandPolymerScience,2015,DOI10.1007/s00396-015-3525-8.
[16]CailiDai,YifeiLiu,ShiluWang,MingyongDu,DongxuPeng,KaiWang,ZheYang,MingweiZhao,*Investigationonthephasebehaviorsofaqueoussurfactanttwo-phasesystemsinamixtureofN-dodecyl-N-methylpiperidiniumbromide(C12MDB)andsodiumdodecylsulfate(SDS).ColloidsandSurfacesA,2015,468,322–326.
[17]GuangZhao,*CailiDai,*SiyuWang,MingweiZhao,Synthesisandapplicationofnonionicpolyacrylamidewithcontrolledmolecularweightforfracturinginlowpermeabilityoilreservoirs.JournalofAppliedPolymerScience,2015,DOI:10.1002/APP.41637.
[18]ZhihuYan*,CailiDai*,MingweiZhao,YuyangLi,MingyongDu,DongxuPeng,StudyofpH-responsivesurfaceactiveionicliquids:theformationofsphericalandwormlikemicelles.ColloidandPolymerScience.2015,DOI:10.1007/s00396-015-3552-5.
[19]戴彩丽，冯海顺，简家斌，赵明伟，何秀萍，赵健慧，严志虎，耐高温冻胶泡沫选择性堵水剂——适用于东海气田高温气藏堵水稳产.天然气工业，2015，35(3):60-67.
[20]严志虎，戴彩丽，赵明伟，冯海顺，李明，压裂返排液处理技术研究与应用进展.油田化学，2015，32(03):444-448.
[21]冯轩，王中武，毛天聪，辛翠平，戴彩丽，吴昊阳，赵明伟，薄层底水油藏控水用冻胶泡沫的室内研究.油田化学，2015，32(02):204-208.
[22]严志虎，戴彩丽，赵明伟，冯海顺，高波，李明，清洁压裂液的研究与应用进展.油田化学，2015，32(01):141-145+150.
2014年发表文章：
[1]JianhuiZhao,CailiDai,*JichaoFang,XuanFeng,LipengYan,MingweiZhao,*Surfacepropertiesandadsorptionbehaviorofcocamidopropyldimethylamineoxideunderhightemperatureandhighsalinityconditions.ColloidsandSurfacesA,2014,450,93–98.
[2]CailiDai,ZhihuYan,QingYou,MingyongDu,MingweiZhao,*Formationofworm-likemicellesinmixedN-hexadecyl-N-methylpyrrolidiniumbromide-basedcationicsurfactantandanionicsurfactantsystems.PLoSOne,2014,9(7),e102539.
[3]CailiDai,KaiWang,YifeiLiu,JichaoFang,MingweiZhao,*Studyonthereutilizationofclearfracturingflowbackfluidsinsurfactantfloodingwithadditivesforenhancedoilrecovery(EOR).PLoSOne,2014,9(11),e113723.
[4]CailiDai,MingyongDu,YifeiLiu,ShiluWang,JianhuiZhao,AngChen,DongxuPeng,MingweiZhao,*Aggregationbehavioroflong-chainpiperidiniumionicliquidsinethylammoniumnitrate.Molecules,2014,19,20157-20169.
[5]CailiDai,GuangZhao,*QingYou,MingweiZhao,Astudyonenvironment-friendlypolymergelforwatershut-offtreatmentsinlow-temperaturereservoirs.JournalofAppliedPolymerScience,2014,DOI:10.1002/app.40154.
[6]GuangZhao,CailiDai,MingweiZhao,QingYou,Theuseofenvironmentalscanningelectronmicroscopyforimagingthemicrostructureofgelsforprofilecontrolandwatershutofftreatments.JournalofAppliedPolymerScience,2014,DOI:10.1002/APP.39946.
[7]CailiDai,JianhuiZhao,*LipengYan,MingweiZhao,Adsorptionbehaviorofcocamidopropylbetaineunderconditionsofhightemperatureandhighsalinity.JournalofAppliedPolymerScience,2014,DOI:10.1002/APP.40424.
[8]GuangZhao,CailiDai,*MingweiZhao,Investigationoftheprofilecontrolmechanismsofdispersedparticlegel.PLoSOne,2014,9(6),e100471.
[9]QingYou,*ZhuojingLi,QinfangDing,YifeiLiu,MingweiZhao,CailiDai,InvestigationofmicelleformationbyN-(diethyleneglycol)perfluorooctaneamidefluorocarbonsurfactantasafoamingagentinaqueoussolution.RSCAdvances,2014,4,53899-53906.
[10]QingYou,*YongchunTang,CailiDai,MingweiZhao,FulinZhao,Astudyonthemorphologyofadispersedparticlegelusedasaprofilecontrolagentforimprovedoilrecovery.JournalofChemistry,2014,150256.
[11]方吉超，戴彩丽，由庆，赵健慧，赵明伟，丁琴芳，赵冀，塔中402CⅢ高温高盐油藏泡沫驱实验研究.油气地质与采收率.2014,21(4),84-88.
[12]王思宇，戴彩丽，赵光，由庆，赵明伟，有机锆冻胶压裂液配方体系研究.油田化学，2014,31,211-214.
[13]戴彩丽，付阳，由庆，赵明伟，赵福麟，王凯，高温高盐油藏堵剂的研制与性能评价，新疆石油地质，2014,35,96-100.
2013年发表文章：
[1]MingweiZhao,*YurongZhao,LiqiangZheng,*CailiDai,Constructionofsupramolecularself-assembledmicrofiberswithfluorescentpropertiesthroughamodifiedionicself-assembly(ISA)strategy.Chemistry–AEuropeanJournal,2013,19(3),1076-1081.
[2]CailiDai,MingyongDu,MingweiZhao,*QingYou,BaoshanGuan,XinWang,PingLiu,StudyofmicelleformationbyfluorocarbonsurfactantN?(2-hydroxypropyl)perfluorooctaneamideinaqueoussolution.TheJournalofPhysicalChemistryB,2013,117,9922-9928.
[3]GuangZhao,CailiDai,*QingYou,MingweiZhao,JianhuiZhao,Studyonformationofgelsformedbypolymerandzirconiumacetate.JournalofSol-GelScienceandTechnology,2013,65,392-398.
[4]GuangZhao,CailiDai,MingweiZhao,QingYou,AngChen,InvestigationofPreparationandMechanismsofaDispersedParticleGelFormedfromaPolymerGelatRoomTemperature.PLosOne,2013,8(12),e82651.
2012年发表文章：
[1]MingweiZhao,JieYuan,LiqiangZheng,*SpontaneousformationofvesiclesbyN-dodecyl-N-methylpyrrolidiniumbromide(C12MPB)ionicliquidandsodiumdodecylsulfate(SDS)inaqueoussolution.ColloidsandSurfaceA,2012,407,116-120.
[2]MingweiZhao,JieYuan,LiqiangZheng,*TheformationofvesiclesbyN-dodecyl-N-methylpyrrolidiniumbromideionicliquid/copperdodecylsulfateandapplicationinthesynthesisofleaflikeCuOnanosheets.ColloidandPolymerScience,2012,290(14),1361-1369.
[3]JunLi,MingweiZhao,HongtaoZhou,HejunGao,LiqiangZheng,*Photo-inducedtransformationofwormlikemicellestosphericalmicellesinaqueoussolution.SoftMatter,2012,8(30),3858-3864.
[4]LijuanShi,MingweiZhao,LiqiangZheng,*LyotropicliquidcrystallinephasesformedinternarymixturesofN-alkyl-N-methylpyrrolidiniumbromide/1-decanol/water.RSCAdvances,2012,2(31),11922-11929.
[5]JunLi,MingweiZhao,LiqiangZheng,*Salt-inducedwormlikemicellesformedbyN-alkyl-N-methylpyrrolidiniumbromideinaqueoussolution.ColloidsandSurfaceA,2012,396(16-21),16-21.
[6]ShaohuaZhang,HanYan,MingweiZhao,LiqiangZheng,*AggregationbehaviorofGeminipyrrolidine-basedionicliquids1,1’-(butane-1,4-diyl)bis(1-alkylpyrrolidinium)bromide([Cnpy-4-CnPy][Br2]inaqueoussolution.JournalofColloidandInterfaceScience,2012,372(1),52-57.
[7]CailiDai,*GuangZhao,*MingweiZhao,QingYou,PreparationofDispersedParticleGel(DPG)throughaSimpleHighSpeedShearingMethod.Molecules,2012,17(12),14484-14489.
[8]JieLiu,QianZhang,YuHuo,MingweiZhao,DezhiSun,XilianWei,ShaojieLiu,*LiqiangZheng,*Interactionsoftwohomologuesofcationicsurfaceactiveionicliquidswithsodiumcarboxymethylcelluloseinaqueoussolution.ColloidandPolymerScience,2012,290(17),1721-1730.
[9]胡卫华，赵玉荣*，赵明伟，庄严，赵文忠，烷基糖苷的性质及其不同领域中的应用。中国洗涤用品工业，2012,2,64-68.
2007-2011发表文章：
[1]MingweiZhao,LiqiangZheng,*MicelleformationbyN-alkyl-N-methylpyrrolidiniumbromideinaqueoussolution.PhysicalChemistryChemicalPhysics,2011,13(4),1332-1337.
[2]MingweiZhao,YananGao,LiqiangZheng,*LiquidcrystallinephasesoftheamphiphilicionicliquidN-hexadecyl-N-methylpyrrolidiniumbromideformedintheionicliquidethylammoniumnitrateandinwater.TheJournalofPhysicalChemistryB,2010,114(35),11382-11389.
[3]MingweiZhao,YananGao,LiqiangZheng,*WenpeiKang,XiangtaoBai,BinDong,Microporoussilicahollowmicrospheresandhollowworm-likematerials:asimplemethodfortheirsynthesisandtheirapplicationincontrolledrelease.EuropeanJournalofInorganicChemistry,2010,2010(6),975-982.
[4]MingweiZhao,YananGao,LiqiangZheng,*Lyotropicliquidcrystallinephasesformedinbinarymixtureof1-tetradecyl-3-methylimidazoliumchloride/ethylammoniumnitrateanditsapplicationinthedispersionofmulti-walledcarbonnanotubes.ColloidsandSurfaceA,2010,369(1-3),95-100.
[5]MingweiZhao,WenpeiKang,LiqiangZheng,*Synthesisofsilicananoboxesviaasimplehard-templatemethodandtheirapplicationincontrolledrelease.MaterialsLetters,2010,64(8),990-992.
[6]MingweiZhao,LiqiangZheng,*NaLi,LiYu,Fabricationofsilicananoparticlesandhollowspheresusingionicliquidmicroemulsiondropletsastemplates.ColloidsandSurfaceA,2009,346(1-3),229-236.
[7]MingweiZhao,LiqiangZheng,*NaLi,LiYu,Fabricationofhollowsilicaspheresinanionicliquidmicroemulsion.MaterialsLetters,2008,62(30),4591-4593.
[8]MingweiZhao,LiqiangZheng,LiYu,Synthesisofwell-dispersedNiONanoparticleswitharoomtemperatureionicliquid.JournalofDispersionScienceandTechnology,2008,29(8),1103-1105.
[9]LijuanShi,MingweiZhao,LiqiangZheng,*MicelleformationbyN-alkyl-methylpyrrolidiniumbromideinethylammoniumnitrate.ColloidsandSurfaceA,2011,392(1),305-312.
[10]HanYan,MingweiZhao,LiqiangZheng,*Ahydrogelformedbycetylpyrrolidiniumbromideandsodiumsalicylate.ColloidsandSurfaceA,2011,392(1),205-212.
[11]JieLiu,MingweiZhao,QianZhang,DezhiSun,XilianWei,LiqiangZheng,*InteractionbetweentwohomologuesofcationicsurfaceactiveionicliquidsandthePEO-PPO-PEOtriblockcopolymersinaqueoussolutions.ColloidandPolymerScience,2011,289(15-16),1711-1718.
[12]JieYuan,XiangtaoBai,MingweiZhao,LiqiangZheng,*C12mimBrionicliquid/SDSvesicleformationanduseastemplateforthesynthesisofhollowsilicaspheres.Langmuir,2010,26(14),11726-11731.
[13]HongyingWang,YananGao,MingweiZhao,LiqiangZheng,*Ionicliquid-assistedsynthesisofsilvernanorodsbypolyolreduction.ChineseChemicalLetters,2010,21(7),872-875.
[14]XiangtaoBai,LiqiangZheng,*HongguoLiu,MingweiZhao,Synthesisoftadpole-shapedAunanoparticlesusingaLangmuirmonolayeroffluorocarbonsurfactant.MaterialsLetters,2009,63(13-14),1156-1158.
[15]YananGao,NaLi,LiqiangZheng,*XueyanZhao,JinZhang,QuanCao,MingweiZhao,ZhenLi,GaoyongZhang,Theeffectofwateronthemicrostructureof1-butyl-3-methylimidazoliumtetrafluoroborate/TX-100/benzeneionicliquidmicroemulsion.Chemistry–AEuropeanJournal,2007,13(9),2661-2670.
[16]YananGao,NaLi,LiqiangZheng,*XiangtaoBai,LiYu,XueyanZhao,JinZhang,MingweiZhao,ZhenLi,Roleofsolubilizedwaterinthereverseionicliquidmicroemulsionof1-butyl-3-methylimidazoliumtetrafluoroborate/TX-100/benzene.TheJournalofPhysicalChemistryB,2007,111(10),2506-2513.
[17]NaLi,QuanCao,YananGao,JinZhang,LiqiangZheng,*XiangtaoBai,BinDong,ZhenLi,MingweiZhao,LiYu,Statesofwaterlocatedinthecontinuousorganicphaseof1-butyl-3-methylimidazoliumtetrafluoroborate/TritonX-100/triethylaminereversemicroemulsions.ChemPhysChem,2007,8(15),2211-2217.

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