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Qi,Y.,Xiao,X.,Lu,Y.,Shu,J.,Wang,J.,Chen,M.*(2019).Cathoderaytubesglassrecycling:Areview.ScienceofTheTotalEnvironment,650,2842-2849.
Chen,M.*,Ogunseitan,O.A.,Duan,H.,Zeng,X.,Li,J.,2018.ChinaE-wastemanagement:Strugglingforfuturesuccess.Resources,ConservationandRecycling139,48-49.
Yang,D.,Chu,Y.,Wang,J.,Chen,M.*,etal.(2018).Completelyseparatingmetalsandnonmetalsfromwasteprintedcircuitboardsbyslurryelectrolysis.SeparationandPurificationTechnology205:302-307.
Chen,Y.,Chen,M.*,Li,Y.,Wang,B.,Chen,S.,Xu,Z.(2018).Impactoftechnologicalinnovationandregulationdevelopmentone-wastetoxicity:acasestudyofwastemobilephones.ScientificReports8:7100
Zhang,R.,Chen,M.*,Tan,Q.,Wang,B.,Chen,S.(2018).RecoveryofcopperfromWPCBsusingslurryelectrolysiswithionicliquid[BSO3HPy]∙HSO4.Hydrometallurgy175:150–154.
Wang,R.,Chu,Y.,Chen,M.*(2017).AdsorptionKineticsof137Cs+/90Sr2+onCa-Bentonite.WaterEnvironmentResearch89(9):791-797(7).
Liu,X.,Tan,Q.,Li,Y.,Xu,Z.,Chen,M.*(2017).Copperrecoveryfromwasteprintedcircuitboardsconcentratedmetalscrapsbyelectrolysis.FrontiersofEnvironmentalScience&Engineering11(5):10.
Li,F.,Chen,M.*(2017).CopperRecoveryfromWastePrintedCircuitBoardsandtheCorrelationofCu,Pb,ZnbyIonicLiquid.EnvironmentProtectionEngineering43(4):55-66.
张莎,陈梦君*,王继钦,楚莹莹.(2017).废旧印刷线路板电解过程中铜的分布特性.环境工程.35(7):121-125.
王继钦,陈梦君*,张莎,李非凡.(2017).离子液体对废旧印刷线路板中铜、锌、铅的浸出规律.化工环保.37(2):232-236.
陈宇,陈梦君*,王蓉.(2017).2003—2013年间废旧手机所含金属及其环境特性研究.生态环境学报,26(8):1445-1450.
Zhang,S.,Li,Y.G.,Wang,R.,Xu,Z.H.,Wang,B.,Chen,S.,Chen,M.*(2017).Superfinecopperpowdersrecycledfromconcentratedmetalscrapsofwasteprintedcircuitboardsbyslurryelectrolysis.JournalofCleanerProduction152:1-6.
Chen,M.*,Ogunseitan,O.A.,Wang,J.,Chen,H.,Wang,B.,&Chen,S.(2016).Evolutionofelectronicwastetoxicity:Trendsininnovationandregulation.EnvironmentInternational,89-90,147-154.
Chen,M.*,Huang,J.,Ogunseitan,O.A.,Zhu,N.,&Wang,Y.-m.(2015).Comparativestudyoncopperleachingfromwasteprintedcircuitboardsbytypicalionicliquidacids.WasteManagement,41,142-147.
Chen,M.*,Wang,J.,Huang,J.,&Chen,H.(2015).BehaviourofzincduringtheprocessofleachingcopperfromWPCBsbytypicalacidicionicliquids.RscAdvances,5(44),34921-34926.
Chen,M.*,Jiang,P.,Chen,H.,Ogunseitan,O.A.,&Li,Y.(2015).Leachingassessmentsoftoxicmetalsinwasteplasmadisplaypanelglass.JournaloftheAir&WasteManagementAssociation,65(6),743-750.
Chen,M.,Wang,J.,Chen,H.,Ogunseitan,O.A.,Zhang,M.,Zang,H.,&Hu,J.(2013).ElectronicWasteDisassemblywithIndustrialWasteHeat.EnvironmentalScience&Technology,47(21),12409-12416.
Chen,M.*,Zhang,S.,Huang,J.,&Chen,H.(2015).Leadduringtheleachingprocessofcopperfromwasteprintedcircuitboardsbyfivetypicalionicliquidacids.JournalofCleanerProduction,95,142-147.
Chu,Y.,Chen,M.*,Chen,S.,Wang,B.,Fu,K.,&Chen,H.(2015).Micro-copperpowdersrecoveredfromwasteprintedcircuitboardsbyelectrolysis.Hydrometallurgy,156,152-157.
Huang,J.,Chen,M.*,Chen,H.,Chen,S.,&Sun,Q.(2014).LeachingbehaviorofcopperfromwasteprintedcircuitboardswithBronstedacidicionicliquid.WasteManagement,34(2),483-488.
Chen,M.,Zhang,F.-S.,&Zhu,J.(2009).Detoxificationofcathoderaytubeglassbyself-propagatingprocess.JournalofHazardousMaterials,165(1-3),980-986.
Chen,M.,Zhang,F.-S.,&Zhu,J.(2009).Leadrecoveryandthefeasibilityoffoamglassproductionfromfunnelglassofdismantledcathoderaytubethroughpyrovacuumprocess.JournalofHazardousMaterials,161(2-3),1109-1113.
Chen,M.,Zhang,F.-S.,&Zhu,J.(2010).Effectiveutilizationofwastecathoderaytubeglass-Crystallinesilicotitanatesynthesis.JournalofHazardousMaterials,182(1-3),45-49.
Chen,M.*,Huang,J.,Chen,H.,Ogunseitan,O.A.,&Chen,S.(2013).DistributionofAs,Ba,CuandZnduringwasteplasmadisplaypanelglassrecyclingprocessbyelectro-kinetics.AbstractsofPapersoftheAmericanChemicalSociety,246.
Chu,Y.,Wang,R.,&Chen,M.*(2015).PreliminarystudyonremovingCs+/Sr2+byactivatedporouscalciumsilicate-Aby-productfromhigh-aluminaflyashrecyclingindustry.JournaloftheAir&WasteManagementAssociation,65(1),99-105.
Kang,D.H.P.,Chen,M.,&Ogunseitan,O.A.(2013).PotentialEnvironmentalandHumanHealthImpactsofRechargeableLithiumBatteriesinElectronicWaste.EnvironmentalScience&Technology,47(10),5495-5503.
Li,J.,Zeng,X.,Chen,M.,Ogunseitan,O.A.,&Stevels,A.(2015).Control-Alt-Delete:RebootingSolutionsfortheE-WasteProblem.EnvironmentalScience&Technology,49(12),7095-7108.
Yang,Y.,Chen,S.,Li,S.,Chen,M.,Chen,H.,&Liu,B.(2014).BioleachingwasteprintedcircuitboardsbyAcidithiobacillusferrooxidansanditskineticsaspect.JournalofBiotechnology,173,24-30.
Zhao,L.,Zhang,F.-S.,Chen,M.,Liu,Z.,&Wu,D.B.J.(2010).Typicalpollutantsinbottomashesfromatypicalmedicalwasteincinerator.JournalofHazardousMaterials,173(1-3),181-185.
Zhu,J.,Chen,M.,&Yu,B.(2009).RecyclingofScrapCRTGlassesbySelf-PropagatingHigh-TemperatureSynthesis.RareMetalMaterialsandEngineering,38,134-137.
Zhu,J.,Chen,M.,&Zhang,F.(2009).ApplicationofSelf-PropagatingHighTemperatureSynthesisforEnvironmentalProtection.ProgressinChemistry,21(7-8),1693-1704.
Zhu,J.,Zhao,L.,Chen,M.,&Zhang,F.-S.(2011).RemovalofHeavyMetalsfromHazardousWasteIncineratorFlyAshbyVacuum-AidedHeatTreatment.EnvironmentalEngineeringScience,28(10),743-748.doi:10.1089/ees.2010.0314
Zhu,N.-m.,Chen,M.,Guo,X.-j.,Hu,G.-q.,&Yu,D.(2015).ElectrokineticremovalofCuandZninanaerobicdigestate:Interrelationbetweenmetalspeciationandelectrokinetictreatments.JournalofHazardousMaterials,286,118-126.
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