刘晓艳教授，博士生导师

环境科学与工程系副主任

地址：上海市宝山区南陈路333号环化楼408室，上海市宝山区上大路99号150信箱
邮编：200444
联系电话：+86-21-66137767，传真：+86-21-66137761
电子信箱：lxy999@shu.edu.cn
主要经历与成果：
刘晓艳教授，山东商河人，哈尔滨工业大学环境工程专业博士毕业。主要学术兼职：中国博士点基金、国家自然科学基金、浙江省自然科学基金同行评议专家，国家学位与研究生教育专家库专家，Chemosphere、JournalofHazardousMaterials、EnvironmentalScience&PollutionResearch、Energy&EnvironmentResearch、土壤学报、上海交通大学学报、吉林大学学报等相关专业杂志审稿专家，中华环保联合会会员，中国清洁生产审核师。主讲仪器分析、环境化学、环境地球化学、有机地球化学(双语)、污染环境生态修复、地球化学分析技术及油气地球化学等本科生、硕士生及博士生课程。曾获校级“十佳”青年教师，出版专著/教材6部，主编的英文版教材获校级优秀教材一等奖2项，获省部级教学成果奖3项；指导学生获高廷耀环保基金会博士生人才奖学金1人、蔡冠深奖学金1人、全国研究生环境论坛二等奖1项，上海市大学生创新论坛创新奖1项、优秀论文奖1项、最佳实践项目1项、优秀项目奖2项。主持及骨干完成国家级与省部级科技项目19项，局级及其它级别科研项目20余项，完成的科研成果获中国高校科技进步一等奖1项、省部级科技进步三等奖3项、厅局级科技进步一等奖5项及二等奖5项；发表国内外核心刊物及学术会议论文80余篇，申请国家专利20多项。另外多次被评为优秀教师、优秀共产党员等。目前主要研究领域为环境地球化学。
主要研究方向与兴趣：
²石油类污染环境的生态修复与治理
²地表沉积物及其介质中石油类污染物迁移转化与防治
²油气生成与资源评价地球化学研究及油、气、水分析检测
近年来的主要学术论文及专利：
[1]ResponsesofScirpustriqueter,soilenzymesandmicrobialcommunityduringphytoremediationofpyrenecontaminatedsoilinsimulatedwetland.JournalofHazardousMaterials.2011,193:45-51(SCI)
[2]ResponsecharactersofseedgerminationandseedlinggrowthofAcorustatarinowiiunderdieselstress.PlantandSoil.2012,361:1-9(SCI)
[3]Short-termeffectsofdieselfuelonrhizospheremicrobialcommunitystructureofnativeplantsinYangtzeestuarinewetland.EnvironmentalScienceandPollutionResearch.2012,19:2179-2185(SCI)
[4]Degradationofdiesel-originatedpollutantsinwetlandsbyScirpustriqueterandmicroorganisms.EcotoxicologyandEnvironmentalSafety.2011,74(7):1967-1972(SCI)
[5]DegradationofdieselpollutantsinHuangpu-YangtzeRiverestuarywetlandusingplant-microbesystems.InternationalBiodeteriorationandBiodegradation.2013,76:71-75(SCI)
[6]SoilmicrobialcommunityresponsetopyreneatthepresenceofScirpustriqueter.EuropeanJournalofSoilBiology,2012,50:44-50(SCI)
[7]ResponsecharacteristicsofScirpustriqueteranditsrhizospheretopyrenecontaminatedsoilsatdifferentgrowthstages.InternationalJournalofPhytoremediation.2012,14:691-702(SCI)
[8]Theanalysisandpredictionofscaleaccumulationforwaterinjectionpipelinesinthedaqingoilfield.JournalofPetroleumScienceandEngineering.2009,66(3-4):161-164(SCI)
[9]Graphite/Isobutylene-isoprenerubberhighlyporouscryogelsasnewsorbentsforoilspillsandorganicliquids.ACSAppliedMaterials&Interfaces.Inpress,2013(SCI)
[10]ACompositeInhibitorUsedinOilfield:MA-AMPSandImidazoline.JournalofPetroleumScienceandEngineering.Inpress,2013(SCI)
[11]EffectofScripustriqueterofitsrhizosphereandrootexudatesonmicrobialcommunitystructureofsimulateddiesel-spikedwetland.InternationalBiodeteriorationBiodegradation,inpress.2013(SCI)
[12]Alkylpolyglucoside(APG)amendmentforimprovingthephytoremediationofPb-PAHscontaminatedsoilbyanaquaticplantScirpustriqueter.SoilandSedimentContamination:anInternationalJournal.Inpress,2013,23:1-8(SCI)
[13]Desorptioncharacteristicsofcrudeoilinoil-contaminatedchernozem.EESD2012,Jilin.AdvancedMaterialsResearch.2013,610-613:3837-3840(EI)
[14]GrowthresponseandphytoremediationabilityofReedfordieselcontaminant.2011InternationalConferenceonEnvironmentScienceandBiotechnology(ICESB2011),ProcediaEnvironmentalSciences,V.8:68-74(EI)
[15]DegradationofdieselwithmicroorganismsinrhizosphereofCarexphacotaSpr.ICESB2011,ProcediaEnvironmentalSciences,V8:61-67(EI)
[16]ScreeningandDegradationCharacteristicsofAnthracene-degradingStrains.EESD2012,Jilin.AdvancedMaterialsResearch,2013,610-613:52-55(EI)
[17]Multi-systemphytoremediationonoil-contaminatedalkalinesoilinDaqingoilfield.EESD2011,Shanghai.Progressinenvironmentalscienceandengineering,2012,1597-1600(EI)
[18]大庆土壤中石油类污染物迁移模拟.中国石油大学学报,2006,30(2):120-124(EI)
[19]石油污染地表土壤的微生物降解特征.西安石油大学学报,2005,20(4):64-67(EI)
[20]Thecharacteristicsofcrudeoilcomponentsfordifferentcurrentrecoveries.Proceedingsofthe6^thAAAPGInternationalConferenceintheAfro-AsianRegion,2008:235-239(EI)
[21]Biodegradedcharacteristicsofgroundsoilforthecrudeoilcontaminants.Proceedingsofthe6^thAAAPGInternationalConferenceintheAfro-AsianRegion,2008:209-212(EI)
[22]ResearchofOrganicPollutantsDetectionintheRoadsideSoilattheSuburboftheNorthChina.JournalofPhysics:ConferenceSeries48(2006):1180-1185(ISTP)
[23]Experimentalresearchonadsorption/desorptionforpetroleumpollutantsinthesoilinDaqingoilfield.ChineseJournalofGeochemistry,2006,25(S1):260(ISTP)
[24]Detectionoforganicpollutantsintheresiduesofdieselvehicleexhaustbythermalextractionmethod.ProceedingofthethirdInternationalsymposiumoninstrumentationofscienceandtechnology.TanJiubin,WenXianfang.HarbinInstituteofTechnologypress.2004.10:(3)881-885(ISTP)
[25]Degradationofmicrobesforthecrudeoilcontaminants.AdvanceinEarthSciences.2004,19:516-519
[26]长江口油污湿地植物根际微生态环境特征.环境科学学报.2011,31(5):1026-1032
[27]PhytoremediationPotentialofCyperusrotundusfordiesel-contaminatedwetland.JShanghaiUniv(EnglEd),2010,14(5):326-331
[28]WetlandbacteriaisolatedfromHuangpuRiver-YangtzeRiverestuaryanditsdegradationondiesel[J].JShanghaiUniv(EnglEd),2010,14(4):292-296
[29]吴淞口近岸沉积物中油类污染物分布特征.上海大学学报(自科版).2010,16(6):592-596.
[30]吴淞口近岸湿地沉积物中腐殖质组成特征.上海大学学报(自科版).2012,18(4):408-412.
[31]强化嗜油微生物对盐碱土中石油类污染物的降解.上海大学学报(自科版).2010,16(5):460-464.
[32]石油类污染物在土壤中的吸附/解吸机理研究及展望.矿物岩石地球化学学报,2007,26(1)
[33]生物基因技术修复石油污染土壤研究进展.生物学通报.2007,42(12)
[34]土壤中石油类有机污染物检测方法研究进展.中国环境监测,2006,22(2)
[35]石油污染物在土壤上的吸附/解吸实验研究进展.土壤,2007,39(2)
[36]石油类污染物在土壤中迁移的实验研究进展.土壤,2005,37(5)
[37]市郊公路边土壤中有机污染物分布特征.中国公共卫生.2008,24(3).
[38]柴油车尾气残余物有机污染特征及其环境危害.环境保护科学,2005,31(1)
[39]DegradationofdieselwithmicroorganismsintherhizosphereofSagittariasagittifolia.InternationalSymposiumonEnvironmentalScienceandTechnology(ISEST2011),Dongguan,VIII:846-851
[40]DegradationofdieselpollutantsinHuangpu-YangtzeRiverestuarywetlandusingaplant-microbessystem.7^thInternationalConferenceonWasteManagementandTechnologyAgenda(Draft),Beijing,2012.ProcediaEnvironmentalSciences.16:656-660
[41]Methodsonextractionandseparationofoilypollutantsinsoil.EPPH2012,Shanghai,2012.7.V.1:856-859.Category:Earth&EnvironmentalSciences(ISBN:978-1-61896-022-1),2012
[42]EnhancingaquaticplantuptakeofPAHsusingenvironment-friendlysurfactantalkylpolyglucoside(APG).InternationalConferenceonSustainableEnergyandEnvironmentalEngineering(ICSEEE2012),Guangzhou.2012.12.AppliedMechanicsandMaterials.295-298:255-258
[43]Degradationofdieselpollutantsusingplant-microbesystems.1^stInternationalConferenceonGeomicrobialEcotoxicology(GME2011),Wuhan,336-339,2011.5
[44]Bioremediationofdiesel-contaminatedwetlandusingaplant-microbessystem.20102^ndInternationalConferenceonInstituteofCleanTechnology,YeungnamUniversity,Korea.2010.9
[45]黄浦江溢油污染特征及生态修复.第一届中国植物修复生物学学术研讨会,厦门,2010.8(大会报告)
[46]旱柳联合嗜油菌对土壤中柴油的降解作用.第六届全国环境化学大会,上海,2011.9(Poster)
[47]菖蒲对柴油胁迫生理响应特征的表征方法.2012年授权,ZL201110043819.2
[48]油污污染湿地的植物修复方法.2012年授权,ZL201010290943.4
[49]用于研究潮滩湿地污染物迁移转化特征的模拟装置.2012年授权.ZL201120204006.2
[50]植物与微生物联合修复油污污染湿地的方法.受理号CN201010290952.3
[51]一种利用芦苇与丛枝菌根联合修复石油类污染湿地的方法.受理号CN201110044188.6
[52]湿地沉积物中腐殖质的分离提纯方法.受理号CN201110162737.X
[53]棕榈酸强化藨草修复石油污染湿地土壤的方法.受理号201210209190.9
[54]土壤中油类有机污染物的提取方法.受理号CN201110162590.4
[55]提高油类污染湿地微生物修复效率的方法.受理号201110325945.7
[56]化学强化湿地植物修复石油污染湿地的方法.受理号201110324475.2
[57]湿地植物红叶菜高效降解土壤中柴油污染物的方法.受理号201310079291.3
[58]二元共聚物MA-AMPS水处理剂及其制备方法.受理号201210209207.0
[59]MA-AMPS共聚物与咪唑啉复配新型缓蚀阻垢剂.受理号201210209186.2
[60]石墨粉-丁基橡胶冷冻凝胶复合高效吸油材料.受理号201211229265.0

热忱欢迎优秀的硕士生、博士生和博士后加入我们的研究队伍，也竭诚欢迎专家学者和企业与我们联系共商合作研究事宜。

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