李国栋 - 武汉理工大学

个人简介

二、教育背景与工作经历教育背景： 2010/09-2013/07，武汉理工大学，理学院工程结构与力学系，博士 2007/09-20010/07，武汉理工大学，理学院工程结构与力学系，硕士 2003/09-2007/07，武汉理工大学，理学院工程结构与力学系，学士工作经历: 2018/10至今，武汉理工大学，理学院工程结构与力学系，教授 2015/7-2018/08，美国西北大学，材料科学与工程系，博士后 2014/03-2015/7，美国加州理工学院，材料科学与应用物理系，博士后四、科研项目热电材料和器件的服役行为与系统验证；负责人：张清杰；国家973项目课题；2007-2011年；1031万；参与该项目，采用分子动力学研究热电材料的热、力学行为车用热电器件服役行为与汽车尾气发电示范系统；负责人：张清杰；国家973项目课题；2013-2017年；920万；参与该项目，采用量子力学研究热电材料本征力学行为高效热电材料及应用中的关键力学问题研究；负责人：张清杰；国家自然科学基金重点基金；2009-2012年；220万；参与该项目，研究热电材料设计和服役环境中的力学行为 Solid-StateSolarThermalEnergyConversionCenter；负责人：G.JeffreySnyder;美国能源部（DepartmentofEnergy）；2014-2018年；1280万美金；参与该项目，研究热电材料的缺陷化学及对电、热传输性能影响。五、科研获奖获得ThePostdoctoralScholarinThermoelectricAward(2018),awardedbytheInternationalThermoelectricSociety(该奖为国际热电学会2018年首次设立，每年在全球范围内授予1名博士后青年学者，以表彰其在热电材料理论计算、合成制备、性能表征或工程应用等领域的突出学术贡献)

研究领域

功能材料力学；微纳力学；高通量材料可靠性设计；半导体电热传输与缺陷化学

近期论文

查看导师最新文章（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）

1.Li,G.;Morozov,S.I.;Zhang,Q.;An,Q.;Zhai,P.;Snyder,G.J.,EnhancedStrengthThroughNanotwinningintheThermoelectricSemiconductorInSb.PhysicalReviewLetters2017,119(21),215503. 2.Li,G.;Aydemir,U.;Morozov,S.I.;Wood,M.;An,Q.;Zhai,P.;Zhang,Q.;GoddardIII,W.A.;Snyder,G.J.,SuperstrengtheningBi2Te3throughNanotwinning.PhysicalReviewLetters2017,119(8),085501. 3.Li,G.;An,Q.;Morozov,S.I.;Duan,B.;GoddardIII,W.A.;Zhang,Q.;Zhai,P.;Snyder,G.J.,Ductiledeformationmechanisminsemiconductorα-Ag2S.NPJ.Comput.Mater2018,4,44. 4.Li,G.;Aydemir,U.;Wood,M.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,Defect-ControlledElectronicStructureandPhaseStabilityinThermoelectricSkutteruditeCoSb3.ChemistryofMaterials2017,29(9),3999-4007. 5.Li,G.;Aydemir,U.;Wood,M.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,IdealStrengthandDeformationMechanisminHigh-EfficiencyThermoelectricSnSe.ChemistryofMaterials2017,29(5),2382-2389. 6.Li,G.;Bajaj,S.;Aydemir,U.;Hao,S.;Xiao,H.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,p-typeCointerstitialdefectsinthermoelectricskutteruditeCoSb3duetothebreakageofSb4-rings.ChemistryofMaterials2016,28(7),2172-2179. 7.Li,G.;An,Q.;Li,W.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,BrittleFailureMechanisminThermoelectricSkutteruditeCoSb3.ChemistryofMaterials2015,27(18),6329-6336. 8.Li,G.;An,Q.;Morozov,S.I.;Duan,B.;Zhai,P.C.;Zhang,Q.J.;Goddard,W.A.;Snyder,G.J.,DeterminingidealstrengthandfailuremechanismofthermoelectricCuInTe2throughquantummechanics.JournalofMaterialsChemistryA2018,6(25),11743-11750.(2018JournalofMaterialsChemistryAHOTPapers) 9.Li,G.;Aydemir,U.;Wood,M.;An,Q.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,Deformationmechanismsinhigh-efficiencythermoelectriclayeredZintlcompounds.JournalofMaterialsChemistryA2017,5(19),9050-9059. 10.Li,G.;An,Q.;Aydemir,U.;GoddardIII,W.A.;Wood,M.;Zhai,P.;Zhang,Q.;Snyder,G.J.,Enhancedidealstrengthofthermoelectrichalf-HeuslerTiNiSnbysub-structureengineering.JournalofMaterialsChemistryA2016,4(38),14625-14636. 11.Li,G.;Hao,S.;Morozov,S.I.;Zhai,P.;Zhang,Q.;GoddardIII,W.A.;Snyder,G.J.,GrainBoundariesSofteningThermoelectricOxideBiCuSeO.ACS.Appl.Mater.Inter2018,10(7),6772-6777. 12.Li,G.;Aydemir,U.;Duan,B.;Agne,M.T.;Wang,H.;Wood,M.;Zhang,Q.;Zhai,P.;GoddardIII,W.A.;Snyder,G.J.,Micro-andMacromechanicalPropertiesofThermoelectricLeadChalcogenides.ACSApplMaterInter2017,9(46),40488-40496. 13.Li,G.;Hao,S.;Aydemir,U.;Wood,M.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,StructureandFailureMechanismoftheThermoelectricCoSb3/TiCoSbInterface.ACSApplMaterInter2016,8(46),31968-31977. 14.Li,G.;Aydemir,U.;Morozov,S.I.;Miller,S.A.;An,Q.;Goddard,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,Mechanicalpropertiesinthermoelectricoxides:Idealstrength,deformationmechanism,andfracturetoughness.Acta.Mater2018,149,341-349. 15.Li,G.;An,Q.;Goddard,W.A.;Hanus,R.;Zhai,P.;Zhang,Q.;Snyder,G.J.,AtomisticexplanationofbrittlefailureofthermoelectricskutteruditeCoSb3.ActaMaterialia2016,103,775-780. 16.Li,G.;An,Q.;Morozov,S.I.;Duan,B.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,MechanicalSofteningofThermoelectricSemiconductorMg2SifromNanotwinning.Scripta.Mater2018,157,90-94. 17.Li,G.;Aydemir,U.;Wood,M.;GoddardIII,W.A.;Zhai,P.;Zhang,Q.;Snyder,G.J.,Mechanicalpropertiesofthermoelectriclanthanumtelluridefromquantummechanics.JournalofPhysicsD:AppliedPhysics2017,50(27),274002. 18.Li,G.;Li,Y.;Liu,L.;Zhang,Q.;Zhai,P.,Latticethermalconductivitypredictionofnanoporousβ-Zn4Sb3:Anonequilibriummoleculardynamicssimulation.MaterLett2013,107,348-350. 19.Li,G.;Li,Y.;Liu,L.;Zhang,Q.;Zhai,P.,Studyofinteratomicpotentialandthermalstructuralpropertiesofβ-Zn4Sb3.MaterResBull2012,47(11),3558-3567. 20.Zhai,P.;Li,G.*;Wen,P.;Li,Y.;Zhang,Q.;Liu,L.,TheinfluenceofZnvacancyonthermalconductivityofβ-Zn4Sb3:Amoleculardynamicsstudy.JournalofSolidStateChemistry2012,193,76-82. 21.RuiYu,Guo-dongLi*,X.G.,Kang-qingDeng,Ai-minPang,Peng-ChengZhai,AnimprovedinteratomicpotentialfunctionforthermoelectricMg2Si:Acombinationstudyofab-initioandmoleculardynamicsmethod.ComputationalMaterialsScience2018,149,49-56. 22.Li,G.;Li,Y.;Chen,G.;Zhang,Q.;Liu,L.;Zhai,P.,MolecularDynamicsStudyofMechanicalPropertiesofβ-Zn4Sb3Nanowires:Temperature,StrainRate,andSizeEffect.JournalofElectronicMaterials2014,43(6),1533-1538. 23.Li,G.;Li,Y.;Zhang,Q.;Liu,L.;Zhai,P.,EffectsofDisorderedAtomsandNanoporesonMechanicalPropertiesofβ-Zn4Sb3:aMolecularDynamicsStudy.JournalofElectronicMaterials2013,42(7),1514-1521. 24.Li,G.;Li,Y.;Zhang,Q.;Liu,L.;Zhai,P.,MolecularDynamicsStudyoftheMechanicalPropertiesofSingle-CrystalBulkβ-Zn4Sb3:VacancyandTemperatureEffects.JournalofElectronicMaterials2012,41(6),1470-1475. 25.Li,G.;Li,Y.;Yang,X.;Tong,Y.;Zhou,A.;Liu,L.;Zhai,P.,MolecularDynamicsStudyoftheMechanicalBehaviorofZn4Sb3Nanofilms.JournalofElectronicMaterials2011,40(5),1158-1164. 26.Tang,Y.;Gibbs,Z.M.;Agapito,L.A.;Li,G.;Kim,H.-S.;Nardelli,M.B.;Curtarolo,S.;Snyder,G.J.,Convergenceofmulti-valleybandsastheelectronicoriginofhighthermoelectricperformanceinCoSb3skutterudites.NatureMaterials2015,14(12),1223. 27.Pöhls,J.-H.;Faghaninia,A.;Petretto,G.;Aydemir,U.;Ricci,F.;Li,G.;Wood,M.;Ohno,S.;Hautier,G.;Snyder,G.J.,Metalphosphidesaspotentialthermoelectricmaterials.JournalofMaterialsChemistryC2017,5(47),12441-12456. 28.Huang,B.;Zhai,P.;Yang,X.;Li,G.,EffectsofMassFluctuationonThermalTransportPropertiesinBulkBi2Te3.JournalofElectronicMaterials2017,46(5),2797-2806. 29.Hanus,R.;Guo,X.;Tang,Y.;Li,G.;Snyder,G.J.;Zeier,W.G.,AChemicalUnderstandingoftheBandConvergenceinThermoelectricCoSb3Skutterudites:InfluenceofElectronPopulation,LocalThermalExpansion,andBondingInteractions.ChemistryofMaterials2017,29(3),1156-1164. 30.Gibbs,Z.M.;Ricci,F.;Li,G.;Zhu,H.;Persson,K.;Ceder,G.;Hautier,G.;Jain,A.;Snyder,G.J.,EffectivemassandFermisurfacecomplexityfactorfromabinitiobandstructurecalculations.NPJComputationalMaterials2017,3(1),8. 31.An,Q.;Li,G.,Shear-inducedmechanicalfailureofβ−Ga2O3fromquantummechanicssimulations.PhysicalReviewB2017,96(14),144113. 32.Zhu,H.;Hautier,G.;Aydemir,U.;Gibbs,Z.M.;Li,G.;Bajaj,S.;Pöhls,J.-H.;Broberg,D.;Chen,W.;Jain,A.,Correction:ComputationalandexperimentalinvestigationofTmAgTe2andXYZ2compounds,anewgroupofthermoelectricmaterialsidentifiedbyfirst-principleshigh-throughputscreening.JournalofMaterialsChemistryC2016,4(19),4331-4331. 33.Aydemir,U.;Pöhls,J.-H.;Zhu,H.;Hautier,G.;Bajaj,S.;Gibbs,Z.M.;Chen,W.;Li,G.;Ohno,S.;Broberg,D.,YCuTe2:amemberofanewclassofthermoelectricmaterialswithCuTe4-basedlayeredstructure.JournalofMaterialsChemistryA2016,4(7),2461-2472. 34.Zhu,H.;Hautier,G.;Aydemir,U.;Gibbs,Z.M.;Li,G.;Bajaj,S.;Pöhls,J.-H.;Broberg,D.;Chen,W.;Jain,A.,ComputationalandexperimentalinvestigationofTmAgTe2andXYZ2compounds,anewgroupofthermoelectricmaterialsidentifiedbyfirst-principleshigh-throughputscreening.JournalofMaterialsChemistryC2015,3(40),10554-10565. 35.Li,W.;Li,G.;Yang,X.;Liu,L.;Zhai,P.,Influenceofnanoporesonthetensile/compressivemechanicalbehaviorofcrystallinecosb3:amoleculardynamicsstudy.JournalofElectronicMaterials2015,44(6),1477-1482. 36.Mu,Y.;Chen,G.;Yu,R.;Li,G.;Zhai,P.;Li,P.,EffectofgeometricdimensionsonthermoelectricandmechanicalperformanceforMg2Si-basedthermoelectricunicouple.MaterialsScienceinSemiconductorProcessing2014,17,21-26. 37.Li,Y.;Cai,K.;Huang,B.;Li,G.;Liu,L.;Zhai,P.,UseofMolecularDynamicsSimulationstoStudytheEffectsofNanoporesandVacanciesontheMechanicalPropertiesofBi2Te3.JournalofElectronicMaterials2014,43(6),1824-1828. 38.Li,W.;Zhai,P.;Li,G.;Yang,X.;Liu,L.,MoleculardynamicssimulationonmechanicalpropertiesofcrystallineCoSb3withnanopores.MaterialsResearchInnovations2014,18(sup4),S4-106-S4-109. 39.Duan,B.;Zhai,P.;Ding,S.;Xu,C.;Li,G.;Liu,L.;Li,P.;Zhang,Q.,Effectsofnanoparticlesizeonthethermoelectricandmechanicalpropertiesofskutteruditenanocomposites.JournalofElectronicMaterials2014,43(6),2115-2120. 40.Chen,G.;Mu,Y.;Zhai,P.;Yu,R.;Li,G.;Zhang,Q.,ModalAnalysisandStudyoftheVibrationCharacteristicsoftheThermoelectricModulesofVehicleExhaustPower-GenerationSystems.JournalofElectronicMaterials2014,43(6),1952-1958. 41.Chen,G.;Mu,Y.;Zhai,P.;Li,G.;Zhang,Q.,Aninvestigationonthecoupledthermal–mechanical–electricalresponseofautomobilethermoelectricmaterialsanddevices.JournalofElectronicMaterials2013,42(7),1762-1770. 42.Yu,R.;Zhai,P.;Li,G.;Liu,L.,MolecularDynamicsSimulationoftheMechanicalPropertiesofSingle-CrystalBulkMg2Si.JournalofElectronicMaterials2012,41(6),1465-1469. 43.Mei,C.;Li,Y.;Li,G.;Li,M.;Zhai,P.,TheEffectofHigh-PressureSinteringProcessontheMicrostructureandThermoelectricPropertiesofCoSb3.JournalofElectronicMaterials2009,38(7),1194-1199.