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QiaoB.Q.,ChenY.,TianM.,WangH.B.*,YangF.M.,ShiG.M.,ZhangL.M.,PengC.,LuoQ.,DingS.M.,CharacterizationofwatersolubleinorganicionsandtheirevolutionprocessesduringPM2.5pollutionepisodesinasmallcityinsouthwestChina.ScienceoftheTotalEnvironment,2018,650,2605-2613.
WangH.B.,QiaoB.Q.,YangF.M.,ZhangL.M.,JiangX.,CharacteristicsandsourcesoftraceelementsinPM2.5intwomegacitiesinSichuanBasinofsouthwestChina.EnvironmentalPollution,2018,242,1577-1586.
WangH.B.,TianM.,ChenY.,ShiG.M.,LiuY.,YangF.M.,ZhangL.M.,DengL.Q.,YuJ.Y.,PengC.,CaoX.Y.,Seasonalcharacteristics,formationmechanismsandsourceoriginsofPM2.5intwomegacitiesinSichuanBasin,China.AtmosphericChemistryandPhysics,2018,18,865-881.
WangH.B.,ShiG.M.,TianM.,ChenY.,QiaoB.Q.,ZhangL.M.,YangF.M.,ZhangL.Y.,LuoQ.,WetdepositionandsourcesofinorganicnitrogenintheThreeGorgesReservoirRegion,China.EnvironmentalPollution,2018,233,520-528.
WangH.B.,ShiG.M.,TianM.,ZhangL.M.,ChenY.,YangF.M.,CaoX.Y.,AerosolopticalpropertiesandchemicalcompositionapportionmentinSichuanBasin,China.ScienceoftheTotalEnvironment,2017,577,245-257.
CaoH.Y.#,WangH.B.#,HuangY.,SunY.F.,ShiS.,TangM.J.,Quantificationofgold(III)insolutionandwithateststripeviathequenchingofthefluorescenceofmolybdenumdisulfidequantumdots.MicrochimActa,2017,184,91-100.
TianM.,WangH.B.*,ChenY.,ZhangL.M.,ShiG.M.,LiuY.,YuJ.Y.,ZhaiC.Z.,WangJ.,YangF.M.,Highlytime-resolvedcharacterizationofwater-solubleinorganicionsinPM2.5inahumidandacidicareainsouthwesternChina.ScienceoftheTotalEnvironment,2017,580,224-234.
WangH.B.,YangF.M.,ShiG.M.,TianM.,ZhangL.Y.,ZhangL.M.,FuC.,AmbientconcentrationanddrydepositionofmajorinorganicnitrogenspeciesattwourbansitesinSichuanBasin,China.EnvironmentalPollution,2016,219,235-244.
WangH.B.,TianM.,LiX.H.,ChangQ.,CaoJ.J.,YangF.M.,MaY.L.,HeK.B.,ChemicalcompositionandlightextinctioncontributionofPM2.5inurbanBeijingforaone-yearperiod.AerosolandAirQualityResearch,2015,15(6),2200-2211.
WangH.B.,LiX.H.,ShiG.M.,CaoJ.J.,LiC.C.,YangF.M.,MaY.L.,HeK.B.,PM2.5chemicalcompositionsandaerosolopticalpropertiesinBeijingduringthelatefall.Atmosphere,2015,6,164-182.
WangH.B.,ZhangY.J.,Mechanismsofinteractionbetweenpolycyclicaromatichydrocarbonsanddissolvedorganicmatters.JournalofEnvironmentalScienceandHealth,2014,49(1),78-84.
王欢博,石光明,田密,乔保清,彭超,张六一,杨复沫.三峡库区大气活性氮组成及干沉降通量.中国环境科学,2018,38(1),44-50.
Chen,Y.,Liu,H.W.,Yang,F.M.,Zhang,S.M.,Li,W.T.,Shi,G.M.,Wang,H.B.,Tian,M.,Liu,S.X.,Huang,R.J.,Wang,Q.Y.,Wang,P.,andCao,J.J.,SingleparticlecharacterizationofsummertimeparticlesinXi'an(China).ScienceoftheTotalEnvironment,2018,636,1279-1290.
LengQ.M.,CuiJ.,ZhouF.W.,DuK.,ZhangL.M.,FuC.,LiuY.,WangH.B.,ShiG.M.,YangF.M.,HeD.,Wet-onlydepositionofatmosphericinorganicnitrogenandassociatedisotopiccharacteristicsinatypicalmountainarea,southwesternChina.ScienceoftheTotalEnvironment,2018,616-617,55-63.
Zhang,L.Y.,Qiao,B.Q.,Wang,H.B.,Tian,M.,Cui,J.,Fu,C.,Huang,Y.M.,andYang,F.M.,ChemicalCharacteristicsofPrecipitationinaTypicalUrbanSiteoftheHinterlandinThreeGorgesReservoir,China,JournalofChemistry,2018.
Zhang,L.Y.,Gao,M.,Cui,J.,Yang,F.M.,Wang,H.B.,Fu,C.,andHuang,Y.M.,WetDepositionofTraceMetalsataTypicalUrbanSiteinSouthwesternChina:Fluxes,SourcesandContributionstoAquaticEnvironments,Sustainability,2018,10,1-13.
TianM.,YangF.M.,ChenS.J.,WangH.B.,ChenY.,ZhangL.M.,XiangL.,QiaoB.Q.,AtmosphericdepositionofpolycyclicaromaticcompoundsandassociatedsourcesinanurbanandaruralareaofChongqing,China.Chemosphere,2017,187,78-87.
ChenY.,WengerC.J.,YangF.M.,CaoJ.J.,HuangR.J.,ShiG.M.,ZhangS.M.,TianM.,WangH.B.,SourceCharacterizationofUrbanParticlesfromMeatSmokingActivitiesinChongqing,ChinausingSingleParticleAerosolMassSpectrometry.EnvironmentalPollution,2017,228,92-101.
ChenY.,YangF.M.,TianM.,CaoJ.J.,ShiG.M.,HuangR.J.,WangH.B.,ChenJ.,LouS.R.,WangQ.Y.,CharacterizingthecompositionandevolutionofurbanparticlesinChongqing(China)duringsummertime.AtmosphericResearch,2017,187,84-94.
WangJ.D.,ZhaoB,WangS.X.,YangF.M.,XingJ.,MorawskaL.,DingA.J.,KulmalaM.,KerminenV.,KujansuuJ.,WangZ.F.,DingD.,ZhangX.Y.,WangH.B.,TianM.,Petäjät.,JiangJ.K.,HaoJ.M.,ParticulatematterpollutionoverChinaandtheeffectsofcontrolpolicies.ScienceoftheTotalEnvironment,2017,584-585,426-447.
TianM.,WangH.B.,ChenY.,YangF.M.,ZhangX.H.,ZouQ.,ZhangR.Q.,MaY.L.,HeK.B.,CharacteristicsofaerosolpollutionduringheavyhazeeventsinSuzhou,China.AtmosphericChemistryandPhysics,2016,16,7357-73716.
曹旭耀,田密,王欢博,刘源,王志超,罗琼,彭超,杨复沫.重庆市PM2.5中水溶性离子的污染特征.三峡生态环境监测,2017,2(3),14-20.
王念飞,陈阳,郝庆菊,王欢博,杨复沫,赵晴,薄宇,贺克斌.苏州市PM2.5中水溶性离子的季节变化及来源分析,环境科学,2016,37(12),27-34.
张六一,刘源,乔保清,付川,王欢博,黄怡民,杨复沫.三峡库区腹地大气微量金属干湿沉降特征.环境科学,2016,37(2),466-474.
彭超,翟崇治,王欢博,田密,李红丽,刘源,付川,张六一,杨复沫.万州城区夏季、冬季PM2.5中有机碳和元素碳的浓度特征.环境科学学报,2015,35(6),1638-1644.
彭超,翟崇治,杨复沫,余家燕,王欢博,陈丽.PM2.5中有机碳和元素碳的研究概况.重庆工商大学学报,2015,32(10).
常清,杨复沫,李兴华,曹阳,王欢博,田密.北京冬季雾霾天气下颗粒物及其化学组分的粒径分布特征研究.环境科学学报,2015,35(2),363-370.
彭超,田密,翟崇治,余家燕,杨复沫,王欢博.重庆三大城区夏季PM2.5中有机碳和元素碳的污染特征.科技导报,2015,33(6),20-26.
杨复沫,欧阳文娟,王欢博,刘源,田密.大气颗粒物对能见度影响的研究进展.工程研究,2013,5(3),252-258.
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