近期论文
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近2年学术论文(*通讯作者(含共同))
1.LiuJ.,YinM.,XiaoT.,ZhangC.,TsangD.,BaoZ.,ZhouY.,ChenY.,LuoX.,YuanW.,WangJ*.,Thalliumisotopicfractionationinindustrialprocessofpyritesmeltingandenvironmentalimplications.JournalofHazardousMaterial,2020,384,121378.
2.WeiX.,ZhouY.,TsangD.C.,SongL.,ZhangC.,YinM.,LiuJ.,XiaoT.,ZhangG.,WangJ*.Hyperaccumulationandtransportmechanismofthalliumandarsenicinbrakeferns(PterisvittataL.):Acasestudyfromminingarea.JournalofHazardousMaterial2020,121756.
3.JinWang,YutingZhou,XuhuiDong,MeilingYin,DanielTsang,JingSun,JuanLiu*,GangSong,YonghuiLiu.Temporalsedimentaryrecordofthalliumpollutioninanurbanlake:Anemergingthalliumpollutionsourcefromcoppermetallurgy.Chemosphere,2020,242,125172.
4.Yin,M.,Tsang,D.,Sun,J.,Wang,J*.,Shang,J.,Fang,F.,Liu,J.,Song,G.,Xiao,T.,Chen,D.,2020.Criticalinsightandindicationonparticlesizeeffectstowardsuraniumreleasefromuraniummilltailings:Geochemicalandmineralogicalaspects.Chemosphere,2020,126315.
5.YutingZhou,LuluWang,TangfuXiao,YonghengChen,JingziBeiyuan,JingyeShe,YuchenZhou,MeilingYin,JuanLiu,YanyiLiu,YuxuanWang,JinWang*.Legacyofmultipleheavymetal(loid)scontaminationandecologicalrisksinfarmlandsoilsfromahistoricalartisanalzincsmeltingarea.ScienceoftheTotalEnvironment,2020,137541.
6.Liu,J.,Ren,J.,Zhou,Y.,Tsang,D.C.,Lin,J.,Yuan,W.,WangJ*.,Yin,M.,Wu,Y.,Xiao,T.,Chen,Y.Effectsandmechanismsofmineralamendmentonthalliummobilityinhighlycontaminatedsoils.JournalofEnvironmentalManagement,2020,262,110251.
7.Li,N.,Yin,M.,Tsang,D.,Yang,S.,Liu,J.,Li,X.,Song,G.,Wang,J*.MechanismsofU(VI)removalbybiocharderivedfromFicusmicrocarpaaerialroot:Acomparisonbetweenrawandmodifiedbiochar.ScienceofTheTotalEnvironment,2019,134115.
8.Liu,J.,Li,N.,Zhang,W.,Wei,X.,Tsang,D.,Sun,Y.,Luo,X.,Bao,Z.,Zheng,W.,Wang,J.*,Xu,G.,Hou,L.,Chen,Y.,Feng,Y.Thalliumcontaminationinfarmlandsandcommonvegetablesinapyriteminingcityandpotentialhealthrisks.EnvironmentalPollution.2019,248:906–915.
9.JuanLiu,XuwenLuo,YuqingSun,DanielC.W.Tsang,JianyingQi,WeilongZhang,NuoLi,MeilingYin,JinWang*,HolgerLippold,YonghengChen,GuodongSheng.ThalliumpollutioninChinaandremovaltechnologiesforwaters:Areview.EnvironmentInternational.2019,126:771–790.
10.Liu,J.,Yin,M.,Zhang,W.,Tsang,D.,Wei,X.,Zhou,Y.,Xiao,T.,Wang,J.*,Dong,X.,Sun,Y.,Chen,Y.,Li,H.,Hou,L.Responseofmicrobialcommunitiesandinteractionstothalliumincontaminatedsedimentsnearapyriteminingarea.EnvironmentalPollution.2019,248:916–928.
11.Liu,J.,Ren,S.,Zhou,Y.,Tsang,D.,Lippold,H.,Wang,J.*,Yin,M.,Xiao,T.,Luo,X.,Chen,Y.Highcontaminationrisksofthalliumandassociatedmetal(loid)sinfluvialsedimentsfromasteel-makingareaandimplicationsforenvironmentalmanagement.JournalofEnvironmentalManagement,2019,250,109513.
12.MeilingYin,JingSun,YonghengChen,JinWang*,JianyingShang,NickBelshaw,ChuanchouShen,JuanLiu,HuoshengLi,WenshengLihu,TangfuXiao,XinjiaoDong,GangSong,DiyunChen.Mechanismofuraniumreleasefromuraniummilltailingsunderlong-termexposuretosimulatedacidrain:Geochemicalevidenceandenvironmentalimplication.EnvironmentalPollution,2019,244:174–181.
13.LiuJuan,YinMeiling,LuoXuwen,XiaoTangfu,WuZhifeng,LiNuo,WangJin*,ZhangWeilong,LippoldHolger,BelshawNickStanley,FengYuexing,ChenYongheng.Themobilityofthalliuminsedimentsandsourceapportionmentbyleadisotopes.Chemosphere.2019,219:864–874.
14.LiuJ,WangJ,TsangC.W.Daniel,XiaoTF,ChenYH,HouLP.EmergingThalliumPollutioninChinaandSourceTracingbyThalliumIsotopes.EnvironmentalScienceandTechnology.2018,52:11977–11979.