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,D.Theuridinediphosphateglucuronosyltransferases:quantitativestructure-activityrelationshipsforhydroxylpolychlorinatedbiphenylsubstrates.ArchivesofToxicology2005,79(10):554-560.
[2]Wang,D.,Chen,J.,Xu,Z.,Qiao,X.,Huang,L.Disappearanceofpolycyclicaromatichydrocarbonssorbedonsurfacesofpine[Pinuathunbergii]needlesunderirradiationofsunlight:Volatilizationandphotolysis.AtmosphericEnvironment2005,39(25):4583-4591.
[3]Chen,J.,Wang,D.,Wang,S.,Qiao,X.,Huang,L.Quantitativestructure-propertyrelationshipsfordirectphotolysisofpolybrominateddiphenylethers.EcotoxicologyandEnvironmentalSafety2007,66(3):348-352.
[4]Chen,X.,Qiao,X.,Wang,D.,Lin,J.,Chen,J.KineticsofoxidativedecolorizationandmineralizationofAcidOrange7bydarkandphotoassistedCo2+-catalyzedperoxymonosulfatesystem.Chemosphere.2007,67(4):802-808.
[5]Lin,J.,Chen,J.,Cai,X.,Qiao,X.,Huang,L.,Wang,D.,Wang,Z.Evolutionoftoxicityuponhydrolysisoffenoxaprop-p-ethylJournalofAgriculturalandFoodChemistry2007,55(18):7626-7629.
[6]徐兰,黄丽萍,陈景文,王德高,林晶.蒽醌化合物的光解动力学及定量结构-性质关系环境化学.2007,26(3):294-297.
[7]Chen,X.,Chen,J.,Qiao,X.,Wang,D.,Cai,X.Performanceofnano-Co3O4/peroxymonosulfatesystem:KineticsandmechanismstudyusingAcidOrange7asamodelcompound.AppliedCatalysisB:Environmental2008,80(1-2):116-121.
[8]Ren,N.,Sverko,E.,Li,Y.-F.,Zhang,Z.,Harner,T.,Wang,D.,Wang,X.,Mccarry,B.LevelsandisomerprofilesofdechloraneplusinChineseair.EnvironmentalScienceandTechnology.2008,42(17):6476-6480.
[9]Tian,F.,Chen,J.,Qiao,X.,Cai,X.,Yang,P.,Wang,Z.,Wang,D.SourceidentificationofPCDD/FsandPCBsinpine(Cedrusdeodara)needles:AcasestudyinDalian,China.AtmosphericEnvironment.2008,42(19):4769-4777
[10]Wang,D.,Li,Y.,Yang,M.,Han,M.Decompositionofpolycyclicaromatichydrocarbonsinatmosphericaqueousdropletsthroughsulfateanionradicals:Anexperimentalandtheoreticalstudy.ScienceofTheTotalEnvironment2008,393(1):64-71.
[11]Wang,D.,Yang,M.,Jia,H.,Zhou,L.,Li,Y.SeasonalvariationofpolycyclicaromatichydrocarbonsinsoilandairofDalianareas,China:Anassessmentofair-soilexchange.JournalofEnvironmentalMonitoring.2008,10(9):1076-1083.CoverArticle.
[12]Wang,D.,Yang,M.,Jia,H.,Zhou,L.,Li,Y.Levels,distributionsandprofilesofpolychlorinatedbiphenylsinsurfacesoilsofDalian,China.Chemosphere.2008,73(1):38-42.
[13]Zhang,Z.,Liu,L.,Li,Y.,Wang,D.,Jia,H.,Harner,T.,Sverko,E.,Wan,X.,Xu,D.,Ren,N.,Ma,J.,Pozo,K.AnalysisofpolychlorinatedbiphenylsinconcurrentlysampledChineseairandsurfacesoil.EnvironmentalScienceandTechnology.2008,42(17):6514-6518
[14]Jia,H.,Li,Y.,Sun,Y.,Tian,C.,Wang,D.,Yang,M.,Ding,Y.,Ma,J.EendosulfaninChina.2.Emissionsandresidues.EnvironmentalScienceandPollutionResearch2009,16:302-311.
[15]Jia,H.,Li,Y.,Wang,D.,Cai,D.,Yang,M.,Ma,J.,Hu,J.EendosulfaninChina.1.Griddedusageinventories.EnvironmentalScienceandPollutionResearch2009,16:295-301.CoverArticle.
[16]Tian,F.,Chen,J.,Qiao,X.,Wang,Z.,Yang,P.,Wang,D.,Ge,L.SourcesandseasonalvariationofatmosphericpolycyclicaromatichydrocarbonsinDalian,China:Factoranalysiswithnon-negativeconstraintscombinedwithlocalsourcefingerprints.AtmosphericEnvironment.2009,43(17):2747-2753
[17]Wang,D.,Tian,F.,Yang,M.,Liu,C.,Li,Y.ApplicationofpositivematrixfactorizationtoidentifypotentialsourcesofPAHsinsoilofDalian,China.EnvironmentalPollution.2009,157(5):1559-1564
[18]Wang,D.,Yang,M.,Jia,H.,Zhou,L.,Li,Y.Polycyclicaromatichydrocarbonsinurbanstreetdustandsurfacesoil:Comparisonsofconcentration,distributionandsource.ArchivesofEnvironmentalContaminationandToxicology.2009,56(2):173-180.
[19]Wang,Y.,Chen,J.,Ge,L.,Wang,D.,Cai,X.,Huang,L.,Hao,C.Experimentalandtheoreticalstudiesonthephotoinducedacutetoxicityofaseriesofanthraquinonederivativestowardsthewaterflea(Daphniamagna).DyesandPigments.2009,83:276-280.
[20]Jia,H.,Chang,Y.,Sun,Y.,Wang,D.,Liu,X.,Yang,M.,Xu,D.,Meng,B.,Li,Y.-F.DistributionandpotentialhumanriskoforganochlorinepesticidesinmarketmollusksfromDalian,China.BulletinofEnvironmentalContaminationandToxicology2010,84(3):278-284.
[21]Jia,H.,Liu,L.,Sun,Y.,Sun,B.,Wang,D.,Su,Y.,Kannan,K.,Li,Y.-F.MonitoringandmodelingendosulfaninChinesesurfacesoil.EnvironmentalScienceandTechnology.2010,44(24):9279-9284.
[22]Liu,Y.,Wang,D.,Sun,B.,Zhu,X.Aqueous4-nitrophenoldecompositionandhydrogenperoxideformationinducedbycontactglowdischargeelectrolysis.JournalofHazardousMaterials.2010,181(1-3):1010-1015.
[23]Ma,W.-L.,Li,Y.-F.,Qi,H.,Sun,D.-Z.,Liu,L.-Y.,Wang,D.-G.Seasonalvariationsofsourcesofpolycyclicaromatichydrocarbons(PAHs)toanortheasternurbancity,China.Chemosphere.2010,79(4):441-447.
[24]Wang,D.-G.,Yang,M.,Qi,H.,Sverko,E.,Ma,W.-L.,Li,Y.-F.,Alaee,M.,Reiner,E.J.,Shen,L.AnAsia-specificsourceofDechloranePlus:concentration,isomerprofiles,andotherrelatedcompounds.EnvironmentalScienceandTechnology.2010,44(17):6608-6613.
[25]Jia,H.,Sun,Y.,Liu,X.,Yang,M.,Wang,D.,Qi,H.,Shen,L.,Sverko,E.,Reiner,E.J.,Li,Y.-F.ConcentrationandbioaccumulationofDechloranecompoundsincoastalenvironmentofNorthernChina.EnvironmentalScienceandTechnology.2011,45(7):2613-2618.
[26]Ma,W.L.,Liu,L.Y.,Qi,H.,Sun,D.Z.,Shen,J.M.,Wang,D.-G.,Li,Y.F.DechloraneplusinmultimediainnortheasternChineseurbanregion.EnvironmentInternational.2011,37(1):66-70.
[27]Ma,W.-l.,Qi,H.,Li,Y.-f.,Liu,L.-y.,Sun,D.-z.,Wang,D.-G.,Zhang,Z.,Tian,C.-g.,Shen,J.-m.SeasonalandspatialvariationsofairconcentrationsofpolycyclicaromatichydrocarbonsinnortheasternChineseurbanregion.BulletinofEnvironmentalContaminationandToxicology.2011,86(1):43-49.
[28]Wang,D.-G.,Alaee,M.,Byer,J.,Liu,Y.-J.,Tian,C.-G.Fugacityapproachtoevaluatethesediment-waterdiffusionofpolycyclicaromatichydrocarbons.JournalofEnvironmentalMonitoring.2011,131589-1596.
[29]Wang,D.-G.,Alaee,M.,Sverko,E.,Li,Y.-F.,Reiner,E.J.,Shen,L.AnalysisandoccurrenceofemergingchlorinatedandbrominatedflameretardantsinsurficialsedimentoftheDaliancostalareainChina.JournalofEnvironmentalMonitoring.2011,13(11):3104-3110.
[30]Liu,Y.,Sun,B.,Wang,L.,Wang,D.Characteristicsoflightemissionandradicalsformedbycontactglowdischargeelectrolysisofanaqueoussolution.PlasmaChemistryandPlasmaProcessing.2012,32(2):359-368.
[31]Alaee,M.,Wang,D.-G.,Gouin,T.CyclicvolatilemethylsiloxanesintheenvironmentChemosphere.2013,93(5):709–710.
[32]Norwood,W.P.,Alaee,M.,Sverko,E.,Wang,D.,Brown,M.,Galicia,M.Decamethylcyclopentasiloxane(D5)spikedsediment:Bioaccumulationandtoxicityinthebenthicinvertebratehyalellaazteca.Chemosphere2013,93(5):805–812.
[33]Parrott,J.,Alaee,M.,Wang,D.,Sverko,E.Fatheadminnow(Pimephalespromelas)egg-to-juvenileexposuretodecamethylcyclopentasiloxane(D5).Chemosphere.2013,93(5):813-818.
[34]Wang,D.-G.,Alaee,M.,Byer,J.D.,Brimble,S.,Pacepavicius,G.HumanhealthriskassessmentofoccupationalandresidentialexposurestodechloraneplusinthemanufacturingfacilityareainChinaandcomparisonwithe-wasterecyclingsite.ScienceofTheTotalEnvironment.2013,445-446329-336.
[35]Wang,D.-G.,Alaee,M.,Steer,H.,Tait,T.,Williams,Z.,Brimble,S.,Svoboda,L.,Barresi,E.,Fazal,S.,Sverko,E.Determinationofcyclicvolatilemethylsiloxanesinwater,sediment,soil,biota,andbiosolidusinglarge-volumeinjection-gaschromatography-massspectrometryChemosphere.2013,95(3):741-748.
[36]Wang,D.-G.,Norwood,W.,Alaee,M.,Byer,J.D.,Brimble,S.Reviewofrecentadvancesinresearchonthetoxicity,detection,occurrenceandfateofcyclicvolatilemethylsiloxanesintheenvironment.Chemosphere.2013,93(5):711-725.
[37]Wang,D.-G.,Steer,H.,Tait,T.,Williams,Z.,Pacepavicius,G.,Young,T.,Ng,T.,Smyth,S.A.,Kinsman,L.,Alaee,M.Concentrationsofcyclicvolatilemethylsiloxanesinbiosolidamendedsoil,influent,effluent,receivingwater,andsedimentofwastewatertreatmentplantsinCanada.Chemosphere.2013,93(5):766-773.
[38]Wang,D.-G.,Alaee,M.,Guo,M.-X.,Pei,W.,Wu,Q.Concentration,distribution,andhumanhealthriskassessmentofendosulfanfromamanufacturingfacilityinHuai'an,China.ScienceofTheTotalEnvironment.2014,491-492:163-169.
[39]Wang,Z.,Tang,L.,Wang,D.ImpactsofC60-IonicLiquids(ILs)InteractionsandILAlkylChainLengthonC60DispersionBehavior:InsightsattheMolecularLevel.BulletinOftheKoreanChemicalSociety.2014,35(9):2679-2683.
[40]Wang,D.-G.,Aggarwal,M.,Tait,T.,Brimble,S.,Pacepavicius,G.,Kinsman,L.,Theocharides,M.,Smyth,S.A.,Alaee,M.Fateofanthropogeniccyclicvolatilemethylsiloxanesinawastewatertreatmentplant.WaterResearch.2015,72(0):209-217.
[41]Wang,D.-G.,Du,J.,Pei,W.,Liu,Y.,Guo,M.Modelingandmonitoringcyclicandlinearvolatilemethylsiloxanesinawastewatertreatmentplantusingconstantwaterlevelsequencingbatchreactors.ScienceofTheTotalEnvironment.2015,512–513(0):472-479.
[42]Wang,D.-G.,Guo,M.-X.,Pei,W.,Byer,J.D.,Wang,Z.Trophicmagnificationofchlorinatedflameretardantsandtheirdechlorinatedanalogsinafreshwaterfoodweb.Chemosphere.2015,118(0):293-300.
[43]Wang,Z.,Fang,H.,Wang,S.,Zhang,F.,Wang,D.Simulatingmolecularinteractionsofcarbonnanoparticleswithadouble-strandedDNAfragment.JournalofChemistry.2015,2015.
[44]Wang,Z.,Wang,S.,Chen,M.,Xu,D.,Tang,L.,Wang,D.Elucidatingadsorptionmechanismsofphthalateestersuponcarbonnanotubes/grapheneandnaturalorganicacidcompetitiveeffectsinwaterbyDFTandMDcalculations.BulletinoftheKoreanChemicalSociety.2015,36(6):1631-1636.
[45]Wang,D.-G.,Dong,Q.-Q.,Du,J.,Yang,S.,Zhang,Y.-J.,Na,G.-S.,Ferguson,S.G.,Wang,Z.,Zheng,T.UsingMonteCarlosimulationtoassessvariabilityanduncertaintyoftobaccoconsumptioninacitybysewageepidemiology.BMJOpen.2016,6(2):e010583.
[46]Wang,D.-G.,Zheng,Q.-D.,Wang,X.-P.,Du,J.,Tian,C.-G.,Wang,Z.,Ge,L.-K.Illicitdrugsandtheirmetabolitesin36riversthatdrainintotheBohaiSeaandnorthYellowSea,northChina.EnvironmentalScienceandPollutionResearch.2016:1-9.
[47]YiwenLiu,ZhuangWang,SeWang,HaoFang,Wang,D.Sootnanoparticlescouldpartakeinnucleationofbiogenicparticlesintheatmosphere:usingfullereneasamodelcompound.Atmosphere.2016.
[48]Zhang,F.,Wang,Z.,Wang,S.,Fang,H.,Chen,M.,Xu,D.,Tang,L.,Wang,D.Physicochemicalpropertiesandecotoxicologicaleffectsofyttriumoxidenanoparticlesinaquaticmedia:Roleoflowmolecularweightnaturalorganicacids.EnvironmentalPollution.2016,212:113-120.
京公网安备 11010802027423号