研究成果
Ι第一作者论文
[1]WeiChen,QimingFeng,GuofanZhang,LongfeiLi,SaizhenJin.Effectofenergyinputonflocculationprocessandflotationperformanceoffinescheeliteusingsodiumoleate.MineralsEngineering,112(2017):2735.中科院一区/JCR1区,TOP期刊
[2]WeiChen,QimingFeng,GuofanZhang,QunYang,ChengZhang.Theeffectofsodiumalginateontheflotationseparationofscheelitefromcalciteandfluorite.MineralsEngineering,113(2017):17.中科院一区/JCR1区,TOP期刊
[3]WeiChen,QimingFeng,GuofanZhang,QunYang,ChengZhang,FengpingXu.Theflotationseparationofscheelitefromcalciteandfluoriteusingdextransulfatesodiumasdepressant.InternationalJournalofMineralProcessing,169(2017):53–59.中科院二区/JCR1区
[4]WeiChen,QimingFeng,GuofanZhang,ChengLiu,FanweiMeng.Utilizationofpyrogallolinflotationseparationofscheelitefromcalcite.SeparationScienceandTechnology,2017:1–8.中科院三区/JCR2区
[5]WeiChen,QimingFeng,GuofanZhang,DezhiLiu,LongfeiLi.Selectiveflotationofscheelitefromcalciteusingcalciumlignosulphonateasdepressant.MineralsEngineering,119(2018):7375.中科院一区/JCR1区,TOP期刊
[6]WeiChen,QimingFeng,GuofanZhang,QunYang.Investigationsonflotationseparationofscheelitefromcalcitebyusinganoveldepressant:Sodiumphytate.MineralsEngineering,126(2018):116122.中科院一区/JCR1区,TOP期刊
[7]WeiChen,FanfanChen,XianzhongBu,ChonghuiZhang,YonghuiSong.Asignificantimprovementoffinescheeliteflotationthroughrheologicalcontrolofflotationpulpbyusinggarnet.MineralsEngineering,138(2019):257266.中科院一区/JCR1区,TOP期刊
[8]WeiChen,YaoChen,XianzhongBu,TaoLong,GuofanZhang,FanfanChen,RunzheLiu,KaiJia,YonghuiSong.Rheologicalinvestigationsontheheterocoagulationbetweenthefinefluoriteandquartzunderfluoriteflotationrelatedconditions.PowderTechnology,354(2019):423431.中科院二区/JCR1区
[9]WeiChen,TongChen,XianzhongBu,FanfanChen,YihaoDing,Chonghui,Zhang,ShaDeng,YonghuiSong.Theselectiveflotationofchalcopyriteagainstgalenausingalginateasadepressant.MineralsEngineering,141(2019):105848.中科院一区/JCR1区,TOP期刊ΙΙ通讯作者论文
[1]ChonghuiZhang,TingshuHe(通讯),WeiChen(通讯),XianzhongBu,SenWang,XiaozhenTian.TheAuxiliaryEffectofCopperIonsontheDepressantEffectofSodiumThioglycolateinChalcopyriteFlotation.minerals,2020,10,157.中科院二区
[2]龙涛,陈伟(通讯).调浆过程能量输入对微细粒白钨浮选矿浆流变特性的影响研究.矿冶工程,39(5):4955.CSCD收录
[3]TaoLong,YaoChen,JuanjuanShi,WeiChen(通讯),ChonghuiZhang,XianzhongBu.Effectofgrindingmediaontheflotationofcopperactivatedmarmatite.PhysicochemicalProblemsofMineralProcessing,56(2),2020,22923.中科院三区
[4]XianzhongBu,FanfanChen,WeiChen(通讯),YihaoDing.Theeffectofwheyproteinonthesurfacepropertyofthecopperactivatedmarmatiteinxanthateflotationsystem.AppliedSurfaceScience,479(2019):303310.中科院一区,TOP期刊
[5]GuofanZhang,YawenGao,WeiChen(通讯),DezhiLiu.TheRoleofWaterGlassintheFlotationSeparationofFineFluoritefromFineQuartz.minerals2017,7(9),157.中科院二区Ⅲ其他论文
Ⅲ其他论文
[1]GuangjiuPan,GuofanZhang,QingShi,WeiChen.TheEffectofSodiumAlginateonChloriteandSerpentineinChalcopyriteFlotation.Minerals2019,9(3),196SCI收录,二区,第四作者.
[2]DezhiLiu,GuofanZhang,YanfeiChen,WeiChen,YawenGao.ANovelMethodtoLimittheAdverseEffectofFineSerpentineontheFlotationofPyrite.Minerals2018,8(12),582.SCI收录,二区,第四作者.
[3]刘诚,冯其明,张国范,陈伟,陈延飞.油酸钠体系下碳酸钠对菱锌矿浮选行为影响及作用机理.中国有色金属学报,2017,27(11):23792384EI收录,第四作者.
[4]刘德志,张国范,陈伟,张程,高雅温,黄欢.改性油酸对某石英型萤石矿的浮选试验研究.非金属矿,2017,40(4):7981.CSCD收录,第三作者.
[5]ChengLiu,QimingFeng,GuofanZhang,WeiChen,YanfeiChen.Effectofdepressantsintheselectiveflotationofscheeliteandcalciteusingoxidizedparaffinsoapascollector.InternationalJournalofMineralProcessing,157(2016):210–215.SCI收录,二区,第四作者.
[6]徐凤平,冯其明,张国范,石晴,陈伟.湖南某白钨矿浮选试验研究.矿冶工程,2016,36(2):3843.CSCD收录,第五作者.Ⅳ会议论文
[1]陈瑶,陈伟,卜显忠.磨矿介质对铜活化铁闪锌矿浮选行为的影响研究.[C]2019中国矿物加工大会论文集,2019:132135.
[2]WeiChen.Investigationsonflotationseparationofscheelitefromcalcitebyusinganoveldepressant:sodiumphytate—Utilizemethodsofmaterialsandmetallurgytosolvemineralprocessingproblem.[C]中国有色金属第三期优秀青年学者论坛论文集,2019:3234.
[3]陈伟,卜显忠.矿浆流变性对微细粒白钨矿与含钙脉石矿物浮选分离的影响机制研究.[C]2018中国有色金属学会青年科技论坛论文集,2018:1213.
[4]陈伟,卜显忠,王森.矿浆流变学性质对矿物浮选分离的影响的基础研究.[C]2018全国矿业学科发展基础研究中青年学者学术研讨会论文集,2018:1920.
[5]陈伟,冯其明,张国范,高雅温.萤石与石英颗粒间作用与流变性关联机制研究.[C]第九届全国矿产资源综合利用学术会议暨矿冶绿色发展高峰论坛论文集,2018:4547.
[6]陈伟,冯其明,张国范,杨群,高雅温.矿浆流变性对微细粒白钨矿与含钙脉石矿物浮选分离的影响研究.[C]2017中国矿物加工大会论文集.2017:187188.
[7]陈伟,冯其明,张国范.矿浆流变性对微细粒白钨矿聚团浮选的影响与调控机制.[C]2017年“钨与稀土等国家战略资源开发利用与可持续发展”博士后学术论坛论文集,2017:5559.Ⅴ申请与授权专利
[1]卜显忠,陈瑶,陈伟,张崇辉,王森,田晓珍.一种三聚硫氰酸饱和溶液硫化浮选铜铅锌氧化矿的方法。发明专利,第3发明人(2019)。
[2]张崇辉,何廷树,卜显忠,陈伟,王森.一种黄铜矿浮选复合抑制剂及黄铜矿浮选方法。发明专利,第4发明人(2019)。
[3]张国范,陈伟,石晴.一种提高白钨矿精选过程精矿品位的选矿方法。发明专利,第2发明人(2018)。