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个人简介

主要科研项目: 1.陈金媛,赵美蓉,魏秀珍等。典型化工园区大气超细颗粒物复合污染特征及健康风险效应。编号:LZ15B070001,30万元,浙江省自然科学基金重点项目,2015.01-2018.12.2.陈金媛,周红艺等.水环境中纳米TiO2-表面活性剂的迁移机制及水生生物有效性。编号:21177114,58万元,国家基金面上项目,2012.01-2015.12.3.陈金媛,赵美蓉等.纳米TiO2在水中的环境行为及其遗传毒理学效应.编号:20877070,26.00万元,国家基金面上项目,2009.01-2011.12.4.陈金媛,赵美蓉等.光催化活性纳米材料(TiO2)对斑马鱼的生物毒性影响,编号:Y5080233,12.00万元,浙江省基金面上项目,2009.01-2010.12.5.陈金媛,张国亮等.膜-悬浮光催化降解技术及其反应分离器研究开发,编号:2006C23067,25.00万元,浙江省重点科技计划项目,2006.04-2008.04. 主要科研成果: 发明专利: 1.陈金媛,魏秀珍,朱广峰,全锐钛矿结构纳米二氧化钛粉体的制备方法,2016.03.09,中国,ZL201210485597.42.陈金媛,魏秀珍,赖世强,王慧娟,超声-水热耦合制备TiO2纳米管的方法,2013.04.17,中国,ZL201110241176.23.陈金媛,魏秀珍,赖世强,王慧娟,超声-水热耦合制备纳米材料的装置,2012.02.15,中国,ZL201110241155.04.陈金媛,许炉生,钱勇兴,张安平,一种加压型光催化反应系统,2009.07.15,中国,ZL200810163497.3

研究领域

研究领域(方向): 研究领域为环境污染化学,水体污染修复,纳米毒理。主要从事大气颗粒物中污 染组分分析及健康风险研究、黑臭河道修复药剂研发、有机污染物的高级氧化技 术研究。

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)

代表性论文: 1.QinghuaZhou,BaichenLiu,YimeiChen,XiaoqianHan,XiuzhenWei,YingZhu,XingZhou,JinyuanChen*.CharacterizationofPAHsinsize-fractionated submicronatmosphericparticlesandtheirassociationwiththeintracellularoxidativestress.Chemosphere,2017,182:1-7.2.QinghuaZhou,JiaLi,BinWang,ShuangWang,HaiyangLi,⁎,JinyuanChen*,Selectivityimprovementofpositivephotoionizationionmobilityspectrometryforrapiddetectionoforganophosphoruspesticidesbyswitchingdopantconcentration.Talanta,2018,176:247–252.3.XiuzhenWei,JialiangHong,ShuangshuangZhu,JinyuanChen*,andBoshengLv.Structure–performancestudyofpolyamidecompositenanofiltrationmembranespreparedwithpolyethyleneimine.JournalofMaterialsScience,2017,52(19):1-14.4.XiuzhenWei,YingyingShi,YaoweiFei,JinyuanChen*,BoshengLv,YongshengChen,HonglinZheng,JuliShen,LipingZhu.Removaloftracephthalateestersfromwaterbythin-filmcompositenanofiltrationhollowfibermembranes.ChemicalEngineeringJournal,2016,292:382–388.5.XiuzhenWei,JunhuiHe,MengWang,JinfengFang,JinyuanChen*,BoshengLv.nTiO2masstransferanddepositionbehaviorinanaquaticenvironment.JNanopartRes,2016,18(350):1-13.6.WeiXiuzhen,FeiYaowei,ShiYingying,JinyuanChen*,BoshengLv.HemocompatibilityandultrafiltrationperformanceofPANmembranessurface-modifiedbyhyperbranchedpolyesters.PolymAdvanTechnol,27(12):1569-1576.7.JinyuanChen,YiQian,HerongLi,YanhongCheng,MeirongZhao*.Thereducedbioavailabilityofcopperbynano-TiO2attenuatesthetoxicitytoMicrocystisaeruginosa.EnvironSciPollutRes,2015,22:12407–12414.8.CHENJY,LIHR,HANXQ,WEIXZ*,TransmissionandAccumulationofnano-TiO2ina2-stepfoodchain(ScenedesmusobliquustoDaphniamagna), Bull.Environ.Contam.Toxicol,2015,95:145-149.9.WEIXZ,WANGSX,SHIYY,XIANGH,CHENJY*,ZHUBK,Characterizationofapositivelychargedcompositenanofiltrationhollowfibermembranepreparedbyasimplifiedprocess,Desalination,2014,350:44-52.10.ChenJY,DongX,XinYY,et.al.Effectsoftitaniumdioxidenano-particlesongrowthandsomehistologicalparametersofzebrafish(Daniorerio)afteralong-termexposure,AquaticToxicology2011,101:493–499.

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