污染生态化学课程分组以及文献参考.docx

污染生态化学课程分组以及文献参考.docx

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污染生态化学课程分组以及文献参考

污染生态化学教学具体安排

一、环境污染物的分离、分析技术及研究方法进展（9人：

于聪，穆兰，张照婧，施燕平，赵智强，刘震震，臧苗苗，刘媛媛，刘冰）

1.环境样品预处理技术的进展（于聪，穆兰，张照婧）

（1）Foodchemistry,2014,158,153-61,QuEChERSGC–MSvalidationandmonitoringofpesticideresiduesindifferentfoodsinthetomatoclassificationgroup.

（2）Biosensors&bioelectronics,2014,57,239-44,Mildandnovelelectrochemicalpreparationofβ-cyclodextrin/graphenenanocompositefilmforsuper-sensitivesensingofquercetin.

（3）Chemosphere,2013,90

（2）,683-690,PreparationandevaluationofFe-loadedactivatedcarbonforenrichmentofseleniumforanalyticalandenvironmentalpurposes.

（4）J.Sep.Sci.,2012,35（4）,594-601,Applicationofcounter-currentchromatographyasanewpretreatmentmethodforthedeterminationofpolycyclicaromatichydrocarbonsinenvironmentalwater.

（5）Foodchemistry,2011,126（3）,1283-1287,AnalysisofpesticideresiduesinsugarcanejuiceusingQuEChERSsamplepreparationandgaschromatographywithelectroncapturedetection.

（6）JournalofChromatographyA,2011,1218（37）,6271-6277,Preparationandevaluationofmolecularlyimprintedionicliquidspolymerassorbentforon-linesolid-phaseextractionofchlorsulfuroninenvironmentalwatersamples.

（7）JournalofSeparationScience,2011,34（18）,2489-2497,Automaticsamplepreparationofsulfonamideantibioticresiduesinchickenbreastmusclebyusingdynamicmicrowave-assistedextractioncoupledwithsolid-phaseextraction.

2.环境样品的分析技术进展（施燕平，赵智强，刘震震）

（1）Journalofvirologicalmethods,2014,202,69-72,EvaluationofFastTechnologyAnalysis（FTA）CardsasanimprovedmethodforspecimencollectionandshipmenttargetingvirusesassociatedwithBovineRespiratoryDiseaseComplex.

（2）Talanta,2014,123,1-9,Grapheneoxide–silicacompositecoatinghollowfibersolidphase2microextractiononlinecoupledwithinductivelycoupledplasmamassspectrometryforthedeterminationoftraceheavymetalsinenvironmentalwatersamples.

（3）JournalofChromatographyA,2013,1280,84-91,Analysisofestrogeniccompoundsinenvironmentalandbiologicalsamplesbyliquidchromatography–tandemmassspectrometrywithstableisotope-codedionization-enhancingreagent.

（4）Environ.Sci.Technol.,2011,45（12）,5279–5286,ChlorineIsotopeAnalysisofOrganicContaminantsUsingGC–qMS:

MethodOptimizationandComparisonofDifferentEvaluationSchemes.

（5）JournalofChromatographyA,2011,1218（35）,5964-5974,Applicationofhydrophilicinteractionchromatographyfortheanalysisofpolarcontaminantsinfoodandenvironmentalsamples.

（6）AnalyticalandBioanalyticalChemistry,2011,402

（1）,175-186,Traceanalysisofenvironmentalmatricesbylarge-volumeinjectionandliquidchromatography–massspectrometry.

3.环境污染物的研究方法进展（研究方法主要有直接测定、理论推算、模拟实验三种）（臧苗苗，刘媛媛，刘冰）

（1）Journalofcomputationalchemistry,2014,35（13）,1036-44,QSARINS-chem:

InsubriadatasetsandnewQSAR/QSPRmodelsforenvironmentalpollutantsinQSARINS.

（2）Waterresearch,2014,54,12-20,Applicationoffluorescencespectroscopyusinganovelfluoroionophoreforquantificationofzincinurbanrunoff.

（3）Journalofhazardousmaterials,2014,271,210-9,Anovelelectrochemicalmethodtoevaluatethecytotoxicityofheavymetals.

（4）EnvironmentalProtectionStrategiesforSustainableDevelopmentStrategiesforSustainability,2012,229-260,MethodsforGenotoxicityTestingofEnvironmentalPollutants.

（5）Environ.Sci.Technol,2011,45（14）,6057–6065,ReactivityofAqueousPhaseHydroxylRadicalwithHalogenatedCarboxylateAnions:

ExperimentalandTheoreticalStudies.

（6）J.Agric.FoodChem.,2011,59（11）,6082–6090,DegradationKineticsofCatechinsinGreenTeaPowder:

EffectsofTemperatureandRelativeHumidity.

（7）WaterRes.,2011,45

（2）,781-787,Impactofnickelandcobaltonbiogasproductionandprocessstabilityduringsemi-continuousanaerobicfermentationofamodelsubstrateformaizesilage.

二、环境中新兴污染物（21人：

夏芸，范凤杰，刘雪石，谢柄柯，蒋慧，姜宏斌，荣荣王主华，戚昱，张宇晶，张倩芸，刘梦薇，申靖雅，吴晓伶，魏威，赵健，陈鑫，姜菁秋，谷晶，袁琪，孙鸿玮）

1.PFOAs及其他有机氟污染物（夏芸，范凤杰，刘雪石）

（1）Environmentalpollution,2014,188,102-8,Temporaltrends（1999–2010）ofperfluoroalkylacidsincommonlyconsumedfooditems.

（2）Environ.Sci.Technol.,2014,48（4）,2173-2182,TrophicMagnificationandIsomerFractionationofPerfluoroalkylSubstancesintheFoodWebofTaihuLake,China.

（3）Environ.Sci.Technol.,2013,47（12）,6471-6477,DestructionofPerfluorooctaneSulfonate（PFOS）andPerfluorooctanoicAcid（PFOA）byBallMilling.

（4）EnvironmentalResearch,2012,116,93-117,Perfluorooctanoicacid（PFOA）,anemergingdrinkingwatercontaminant:

Acriticalreviewofrecentliterature.

（5）Chemosphere,2011,82

（1）,9-17,RemovalofPFOS,PFOAandotherperfluoroalkylacidsatwaterreclamationplantsinSouthEastQueenslandAustralia.

（6）Environ.Sci.Technol.,2011,45（19）,8160-8166,AssociationofPerfluorooctanoicAcid（PFOA）andPerfluorooctaneSulfonate（PFOS）withAgeofPubertyamongChildrenLivingnearaChemicalPlant.

2.药物、个人护理品及内分泌干扰物（谢柄柯，蒋慧，姜宏斌）

（1）Environ.Sci.Technol.,2014,48（7）,3612-3624,RejectionofTraceOrganicCompoundsbyForwardOsmosisMembranes:

ALiteratureReview.

（2）WaterRes.,2014,51,266-276,Year-longevaluationontheoccurrenceandfateofpharmaceuticals,personalcareproducts,andendocrinedisruptingchemicalsinanurbandrinkingwatertreatmentplant.

（3）Environ.Sci.Technol.,2013,47（23）,13571-13577,ModelingthePhotochemicalAttenuationofDown-the-DrainChemicalsduringRiverTransportbyStochasticMethodsandFieldMeasurementsofPharmaceuticalsandPersonalCareProducts.

（4）WaterRes.,2012,46（7）,2194-2204,Removalofselectedendocrinedisruptingchemicals（EDCs）andpharmaceuticalsandpersonalcareproducts（PPCPs）duringferrate（VI）treatmentofsecondarywastewatereffluents.

（5）Environ.Sci.Technol.,2011,45（8）,3665–3671,RemovalofPharmaceuticalandPersonalCareProductsfromReverseOsmosisRetentateUsingAdvancedOxidationProcesses.

（6）Environ.Sci.Technol.,2011,45（4）,1228–1234,DiurnalVariabilityofPharma-ceutical,PersonalCareProduct,EstrogenandAlkylphenolConcentrationsinEffluentfromaTertiaryWastewaterTreatmentFacility.

3.农药转化产物及新农药（荣荣，王主华，戚昱）

（1）Chemosphere,2014,99,134-142,NewinsightintopesticidepartitioncoefficientKdformodellingpesticidefluvialtransport:

Applicationtoanagriculturalcatchmentinsouth-westernFrance.

（2）Chemosphere,2014,99,272-275,AtestofthepotentialitiesoftheAPEXsoftware（AqueousPhotochemistryofEnvironmentallyoccurringXenobiotics）.Modellingthephotochemicalpersistenceoftheherbicidecycloxydiminsurfacewaters,basedonliteraturekineticdata.

（3）WaterRes.,2013,47（16）,6211-6222,Photochemicaltransformationofatrazineandformationofphotointermediatesunderconditionsrelevanttosunlitsurfacewaters:

Laboratorymeasuresandmodeling.

（4）Pestic.Biochem.Physiol.,2012,102

（2）,169-174,PesticidetransformationbyavariantofCYPBM3withimprovedperoxygenaseactivity.

（5）Environ.Sci.Technol.,2011,45

（1）,111–117,AFrameworkforEvaluatingtheContributionofTransformationProductstoChemicalPersistenceintheEnvironment.

（6）Environ.Sci.Technol.,2011,45（9）,3835–3847,Recentadvancesinenvironmentalriskassessmentoftransformationproducts.

4.溴代阻燃剂（张宇晶，张倩芸，刘梦薇）

（1）WaterRes.,2014,55,133-42,BrominatedflameretardantsinU.S.biosolidsfromtheEPAnationalsewagesludgesurveyandchemicalpersistenceinoutdoorsoilmesocosms.

（2）Environ.Sci.Technol.,2014,48（8）,4468-74,ANovelBrominatedTriazine-basedFlameRetardant（TTBP-TAZ）inPlasticConsumerProductsandIndoorDust.

（3）Chemosphere,2013,93（8）,1500-1510,Characterizationofpolychlorinatedbiphenylsandbrominatedflameretardantsinsludge,sedimentandfishfrommunicipaldumpsiteatSurabaya,Indonesia.

（4）Environ.Sci.Technol.,2012,46（5）,2668–2674,FateofBrominatedFlameRetardantsandOrganochlorinePesticidesinUrbanSoil:

VolatilityandDegradation.

（5）Environ.Sci.Technol.,2011,45（20）,8698–8706,DiscontinuedandAlternativeBrominatedFlameRetardantsintheAtmosphereandPrecipitationfromtheGreatLakesBasin.

5.饮用水消毒副产物（申靖雅，吴晓伶，魏威）

（1）WaterRes.,2014,55,175-84,Drinkingwaterbiofilmcohesivenesschangesunderchlorinationorhydrodynamicstress.

（2）Chemosphere,2014,103,181-7,Kineticsandmechanismofdimethoatechlorinationduringdrinkingwatertreatment.

（3）WaterRes.,2013,47（16）,6198-6210,Impactofenvironmentalconditionsonthesuitabilityofmicroconstituentsasmarkersfordeterminingnutrientloadingfromreclaimedwater.

（4）WaterRes.,2012,46（14）,4351-4360,Occurrenceandformationofchloro-andbromo-benzoquinonesduringdrinkingwaterdisinfection.

（5）Environ.Sci.Technol.,2011,45（13）,5791–5797,BiologicalMechanismfortheToxicityofHaloaceticAcidDrinkingWaterDisinfectionByproducts.

（6）Environ.Sci.Technol.,2011,45（18）,7862–7867,HighComplianceRandomizedControlledFieldTrialofSolarDisinfectionofDrinkingWaterandItsImpactonChildhoodDiarrheainRuralCambodia.

6.有机磷阻燃剂（赵健，陈鑫，姜菁秋）

（1）Environ.Sci.Technol.,2013,47（24）,14434-14441,DustMeasurementofTwoOrganophosphorusFlameRetardants,ResorcinolBis（diphenylphosphate）（RBDPP）andBisphenolABis（diphenylphosphate）（BPA-BDPP）,UsedasAlternativesforBDE-209.

（2）Toxicology,2013,314

（1）,76-83,Invitroendocrinedisruptionpotentialoforganophosphateflameretardantsviahumannuclearreceptors.

（3）Environ.Sci.Technol.,2012,46（6）,3127–3134,OrganophosphorusFlameRetardantsandPlasticizersinAirborneParticlesovertheNorthernPacificandIndianOceantowardthePolarRegions:

EvidenceforGlobalOccurrence.

（4）Environ.Pollut.,2011,159（12）,3653-3659,Levelsanddistributionoforgano-

ph