教育背景

2014-2018,澳大利亚昆士兰大学,矿物加工工程,博士

2011-2014,中南大学,矿物加工工程，硕士

2007-2011,武汉理工大学,环境工程,学士

科研成果

科研项目：

[1]武汉理工大学海外引进人才启动基金，编号：40120473，2018-2022，主持。

[2]矿物加工科学与技术国家重点实验室开放基金，异相气泡成核对矿物颗粒的表面性质及浮选速率的影响研究，编号：BGRIMM-KJSKL-2019-02，2019-2020,主持。

[3]企业委托项目，四川某地石墨尾矿再选提钒利用试验研究，编号：20181h0462，2018-2019，主持。

[4]澳大利亚重点校企联合项目，一种复杂难选赤铁矿的先进选矿技术研究(Developmentofadvancedbeneficiationprocessesforahematiteore),2014-2018，参与。

微细粒矿物浮选、浮选药剂、界面微纳米气泡、选冶联合、固废处理与再利用

[1]SiyuanYang,LiguangWang,Structuralandfunctionalinsightsintostarchesasdepressantforfineparticleflotation.MineralsEngineering,2018.124,149-157.(SCI,JCR分区:Q1)

[2]SiyuanYang,BaohuaXie,YipingLu,ChaoLi,Roleofmagnesium-bearingsilicatesintheflotationofpyriteinthepresenceofserpentineslimes.PowderTechnology,2018.322:p.1-7.(SCI,JCR分区:Q1)

[3]SiyuanYang,ChaoLi,LiguangWang,Dissolutionofstarchanditsroleintheflotationseparationofquartzfromhematite.PowderTechnology,2017.320:p.346-357.(SCI,JCR分区:Q1)

[4]SiyuanYang,TiefengPeng,HongqiangLi,QimingFeng,XianyangQiu,FlotationMechanismofWolframitewithVariedComponentsFe/Mn.MineralProcessingandExtractiveMetallurgyReview,2016.37(1):p.34-41.(SCI,JCR分区:Q1)

[5]SiyuanYang,XianyangQiu,TiefengPeng,ZiyongChang,QimingFeng,Beneficialeffectsandmechanismofleadiononwolframiteflotation.PhysicochemicalProblemsofMineralProcessing,2016.52.(SCI,JCR分区:Q3)

[6]SiyuanYang,QimingFeng,XianyangQiu,YudeGao,ZhenfuXie,RelationshipbetweenflotationandFe/Mnratioofwolframitewithbenzohydroxamicacidandsodiumoleateascollector.PhysicochemicalProblemsofMineralProcessing,2014.50(2):p.747-758.(SCI,JCR分区:Q3)

[7]TiefengPeng,XuechaoGao,QibinLi,SiyuanYang(通讯),QizhongTang.ModellingofdisjoiningressureforLennard-Jonesfreethinfilms.ModernPhysicsLettersB,2016.30(10):p.1650169.(SCI,JCR分区:Q4)

[8]TiefengPeng,SiyuanYang,FanXiang,YunpeiLiang,QibinLi,XuechaoGao,SanjunLiu.Filmtensionofliquidnano-filmfrommolecularmodeling.InternationalJournalofModernPhysicsB,2017.31(4):p.1750016.(SCI,JCR分区:Q4)

[9]LihongQiang,QimingFeng,SiyuanYang,LemingOu,YingLu.Theentrainmentbehaviourofsericiteinmicrocrystallinegraphiteflotation.InternationalJournalofMineralProcessing,2014.127:p.1-9.(SCI,JCR分区:Q2)

[10]SiyuanYang,A.V.Nguyen.Fourstagesofheterogeneousairbubblenucleationattheliquid-solidinterfacesinresponsetopressurereduction.inAsiaPacificConfederationofChemicalEngineeringCongress2015:APCChE2015,incorporatingCHEMECA2015.2015.EngineersAustralia.