![楊健[中南大學教授]](/img/4/09f/nBnauM3X0gTM0czN5MjM3EDOxMTMwUTN5kTMxADMwAzMwIzLzIzL4MzLt92YucmbvRWdo5Cd0FmL0E2LvoDc0RHa.jpg "楊健[中南大學教授]")
簡介
楊健，男，第一批“千人計畫”入選者、客座教授、博士生導師。1985年本科畢業於北京科技大學，1988年獲北京科技大學鋼鐵冶金專業碩士學位。1988年至1999年，任長沙礦冶研究院冶金工藝研究所助理工程師、工程師、高級工程師。2003年獲日本名古屋大學材料工程專業博士學位。在日本名古屋大學材料工程專業，2003年擔任助教、2004年升任講師、2006年升任副教授。2007年8月擔任寶山鋼鐵股份有限公司研究院冶金工藝研究所首席研究員，2009年10月入選寶鋼“金蘋果計畫”煉鋼技術領域核心小組成員並擔任負責人，2010年4月入選上海市"僑界十傑"，2010年8月入選中國僑界貢獻獎（創新人才）。楊健博士發表科研論文180篇，申報國家發明專利9項，先後於2002年和2007年兩度榮獲日本鐵鋼協會澤村最佳論文獎。當前研究方向：
1、氧化物冶金和夾雜物控制2、無缺陷板坯連鑄技術
3、鐵水預處理工藝最佳化
4、二次精煉工藝最佳化
代表性論文：
1）JianYANG,KaiZHU,RuizhiWANGandJianguoSHEN：ImprovingtheToughnessofHeatAffectedZoneofSteelPlatebyUseofFineInclusionParticles,SteelResearchInternational,inpress.2）YANGJian,ZHUKai,WANGRuizhi,ZHANGYi,SHENJianguo:ExcellentHeatAffectedZoneToughnessTechnologyImprovedbyuseofStrongDeoxidizers,BaosteelTechnicalResearch,inpress.
3）JunDu,JianYang,MamoruKuwabara,WenfangLiandJihuaPeng:ImprovementofGrainRefiningEfficiencyforMg-AlAlloyModifiedbytheCombinationofCarbonandCalcium,JournalofAlloysandCompounds,470(2009),Issues1-2,pp.134-140
4）JunDu,JianYang,MamoruKuwabara,WenfangLiandJihuaPeng:EffectofstrontiumontheGrainRefiningEfficiencyofMg-3AlAlloyRefinedbyCarbonInoculation,JournalofAlloysandCompounds,470(2009),Issues1-2,pp.228-232.
5）YANGJian,SHENJian-guo,ZHUKaiandWANGGuo-dong:ProgressinTechnologyDevelopmentofOxidemetallurgyforManufacturingSteelPlateswithExcellentHAZToughness,BaosteelTechnicalResearch,2(2008),No.4,pp.43-50.
6)YANGJian,ZHUKai,SHENJian-guoandKUWABARAMamoru:ImprovementofSteelcleanlinessbyDeoxidationwithMgVapor,JournalofIronandSteelResearchInternational,15(2008),No.10,pp.675-680.
7)JunDu,JianYang,MamoruKuwabara,WenfangLiandJihuaPeng:EffectsofCarbonand/orAlkalineEarthElementsonGrainRefinementandTensileStrengthofAZ31Alloy,MaterialsTransactions,49(2008),No.10,pp.2303-2309.
8)JunDu,JianYang,MamoruKuwabara,Wen-fangLiandJi-huaPeng:EffectofManganeseand/orCarbonontheGrainRefinementofMg-3AlAlloy,MaterialsTransactions.,49(2008),No.1,pp.139-143.
9)K.Yoshitaka,J.Yang,Z.Z.LiuandM.Kuwabara:クロミア(Cr2O3)のAl熱還元反応の反応メカニズム,高溫學會誌,34(2008),No.1,pp.26-31.
10)Z.Z.Liu,Y.Kobashi,K.Nagai,J.YangandM.Kuwabara:MorphologyControlofCopperSulfideinStripCastingofLowCarbonSteel,Tetsu-to-Hagané,93(2007),No.11,pp.655-663.
11)JunDu,JianYang,MamoruKuwabara,Wen-fangLiandJi-huaPeng:Effectofironand/orcarbononthegrainrefinementofMg-3Alalloy,Mater.Trans.,48(2007),No.11,p.2903.
12)J.Yang,M.Kuwabara,T.Asano,A.TyumaandJ.Du:EffectofLimeParticleSizeonMeltingBehaviorofLime-containingFlux,ISIJInt.,47(2007),No.10,pp.1401-1408.
13)J.Yang,T.MoriandM.Kuwabara:MechanismofCarbothermicReductionofhematiteinHematite-CarbonCompositePellets,ISIJInt.,47(2007),No.10,pp.1394-1400.
14)T.Mori,J.YangandM.Kuwabara:MechanismofCarbothermicReductionofChromiumOxide,ISIJInt.,47(2007),No.10,pp.1387-1393.
15)R.Takata,J.YangandM.Kuwabara:CharacteristicsofInclusionsGeneratedduringAl-MgComplexDeoxidationofmoltenSteel,ISIJInt.,47(2007),No.10,pp.1379-1386.
16)K.Yasuda,Y.Saiki,T.Kubo,M.KuwabaraandJ.Yang:InfluenceofHigh-PowerUltrasonicIrradiationonPrimaryNucleationProcessduringSolidification,Jpn.J.Appl.Phys.,46(2007),No.7B,pp.4939-4944.
17)J.Yang,T.YamasakiandM.Kuwabara:BehaviorofInclusionsinDeoxidationProcessofMoltenSteelwithinSituProducedMagnesiumVapor,ISIJInt.,47(2007),No.5,pp.699-708.
18)J.Yang,M.Kuwabara,T.Sakai,N.Uchida,Z.Z.LiuandM.Sano:SimultaneousDesulfurizationandDeoxidationofMoltenSteelwithInSituProducedMagnesiumVapor,ISIJInt.,47(2007),No.3,pp.418-426.
19)J.Yang,M.Kuwabara,T.SawadaandM.Sano:RateofIsothermalReductionofMgOwithAl,Tetsu-to-Hagané,93(2007),No.3,pp.201-207.
20)S.Mukawa,Y.Ueshima,M.Sano,J.YangandM.Kuwabara:TheEffectofMagnesiumGasInjectingConditionsontheRateofHotMetalDesulfurization,ISIJInt.,46(2006),No.12,pp.1778-1782.
21)Z.Z.Liu,Y.Kobayashi,J.Yang,K.NagaiandM.Kuwabara:EffectofNano-scaleCopperSulfidePrecipitationonMechanicalPropertiesandMicrostructureofRapidlySolidifiedSteelwithTrampCopperElement,Mater.Trans.,47(2006),No.9,pp.2312-2320.(SEMPhotosRevealedontheCoverofMaterialsTransactions)
22)J.Yang,M.Kuwabara,T.SawadaandM.Sano:KineticsofIsothermalReductionofMgOwithAl,ISIJInt.,46(2006),No.8,pp.1130-1136.
23)Z.Z.Liu,Y.Kobayashi,J.Yang,K,NagaiandM.Kuwabara:“In-situ”Observationofthedelta/gammaPhaseTransformationontheSurfaceofLowCarbonSteelContainingPhosphoruswithDifferentRates,ISIJInt.,46(2006),No.6,pp.847-853.
24)Y.Saiki,T.Kubo,M.KuwabaraandJ.Yang:Acoustic-Cavitation-BasedProductionofFoamedMetallicMaterial,Jpn.J.Appl.Phys.,45(2006),No.5B,pp.4793-4799.
25)Z.Z.Liu,Y.Kobashi,K.Nagai,J.YangandM.Kuwabara:MorphologyControlofCopperSulfideinStripCastingofLowCarbonSteel,ISIJInt.,46(2006),No.5,pp.744-753.(SAWAMURABestArticleAwardofTheIronandSteelInstituteofJapan)
26)J.Yang,M.Kuwabara,Z.Z.Liu,T.AsanoandM.Sano:MechanismofAluminothermicReductionofMgO,Tetsu-to-Hagané,92(2006),No.4,pp.239-245.
27)J.Yang,M.Kuwabara,K.OkumuraandM.Sano:EffectofOperatingParametersonResulfurizationinDesulfurizationProcesswithInSituProducedMagnesiumVapor,Tetsu-to-Hagané,92(2006),No.4,pp.246-253.
28)J.Yang,M.Kuwabara,T.TeshigawaraandM.Sano:ResulfurizationRateinMagnesiumDesulfurizationProcessofMoltenIron,Tetsu-to-Hagané,92(2006),No.4,pp.254-261.
29)J.Yang,M.Kuwabara,Z.Z.Liu,T.AsanoandM.Sano:InSituObservationofAluminothermicReductionofMgOwithHighTemperatureOpticalMicroscope,ISIJInt.,46(2006),No.2,pp.202-209.
30)J.Yang,M.Kuwabara,K.Okumura,Z.Z.LiuandM.Sano:ImprovementofDesulfurizationEfficiencyofMoltenIronwithMagnesium,revuedeMetallurgie,(2005),December,pp.22-23.
31)J.Yang,M.Kuwabara,K.OkumuraandM.Sano:PreventionofResulfurizationintheDesulfurizationProcesswithMagnesiumVaporProducedInSitubyAluminothermicReductionofMagnesiumOxide,ISIJInt.,45(2005),No.12,pp.1795-1803.
32)J.Yang,M.Kuwabara,T.TeshigawaraandM.Sano:MechanismofResulfurizationintheMagnesiumDesulfurizationProcessofMoltenIron,ISIJInt.,45(2005),No.11,pp.1607-1615.
33)T.Kubo,M.KuwabaraandJ.Yang:VisualizationofAcousticallyInducedCavitationBubblesandMicrojetswiththeAidofHighSpeedCamera,Jpn.J.Appl.Phys.,44(2005),No.6B,pp.4647-4652.
34)J.Yang,K.Okumura,M.KuwabaraandM.Sano:ImprovementofDesulfurizationEfficiencyofMoltenIronwithMagnesiumVaporProducedInSitubyAluminothermicReductionofMagnesiumOxide,MetallurgicalandMaterialsTransactionsB,34B(2003),No.5,pp.619-629.
35)M.Sano,K.Okumura,J.ShanandJ.Yang:IronandSteelRefiningwithMagnesiumVaporInjection,SEAISIQuarterly,32(2003),No.2,pp.12-18.
36)T.Kubo,M.KuwabaraandJ.Yang:AnalysisoftheBehaviorofMuti-BubblesGeneratedbyAcousticCavitations,TechnicalReportofIEICE(TheInstituteofElectronicsInformationandCommunicationEngineers),103(2003),No.11,pp.35-37.
37)K.Kondo,M.KuwabaraandJ.Yang:：ModelExperimentaboutEffectsofProcessVariablesonUltrasonicDecompositionofChemicalSubstancesinWastewater,TechnicalReportofIEICE(TheInstituteofElectronicsInformationandCommunicationEngineers),103(2003),No.11,pp.39-42．
38)J.Yang,K.Okumura,M.KuwabaraandM.Sano:BehaviorofMagnesiumintheDesulfurizationProcessofMoltenIronwithMagnesiumVaporProducedIn-situbyAluminothermicReductionofMagnesiumOxide,ISIJInt.42(2002),No.7,pp.685-693.
39)J.Yang,K.Okumura,M.KuwabaraandM.Sano:EffectsofOperatingParametersonDesulfurizationofMoltenIronwithMagnesiumVaporProducedIn-situbyAluminothermicReductionofMagnesiumOxide,ISIJInt.42(2002),No.6,pp.595-602.
40)J.Yang,K.Okumura,M.KuwabaraandM.Sano:DesulfurizationofMoltenIronwithMagnesiumVaporProducedIn-situbyAluminothermicReductionofMagnesiumOxide,ISIJInt.41(2001),No.9,pp.965-973.
41)J.Yang,S.Ozaki,R.Kakimoto,K.Okumura,M.KuwabaraandM.Sano:DesulfurizationofMoltenIronwithMagnesiumVaporProducedIn-situbyCarbothermicReductionofMagnesiumOxide,ISIJInt.41(2001),No.9,pp.945-954.(SAWAMURABestArticleAwardofTheIronandSteelInstituteofJapan)
42)W.L.He,S.B.Qin,Z.X.LiandJ.Yang:ManufactureofSphericalNi(OH)2withHighDensity,PowerSourceTechnology,Oct.1995.
43)J.Yang,Z.X.Li,S.B.QinandS.H.Xue:DistributionofSolidParticlesintheChlorinationFurnaceofRichTitaniumOre,vanadiumandTitanium,22(1995),No.1,pp.48-53.
44)J.Yang,Z.X.Li,S.B.Qin,Y.Q.LiaoandS.H.Xue:ManufactureofMgandMg-MnAlloyformWaste-slagofChlorinationofRichTitaniumOre,MiningandMetallurgyEngineering,14(1994),No.4,pp.43-46.
45)J.Yang,Z.X.Li,S.B.QinandS.H.Xue:ModelingStudyontheDistributionofthechlorineGasintheChlorinationFurnaceofRichTitaniumOre,VanadiumandTitanium,21(1994),No.6,pp.46-52.
46)Y.Qu,J.YangandB.M.Xu:MathematicalModelingofFlowPhenomenaInMetalBathCoveredwithMoltenSlag,ActaMetallurgicalSinica,26(1990)，No.3,pp．157-163．(InChinese)
47）Y.Qu,J.YangandB.M.Xu:MathematicalModelingofFlowPhenomenainMetalBathCoveredwithMoltenSlag,ActaMetallurgicalSinica,3(1990),No.6,pp.370-376.(InEnglish)
48）Y.Qu,J.YangandB.M.Xu:StudyontheSlag-MetalDispersionandFlowPhenomenainaGasStirredReactorinMetallurgy,ChemicalReactionEngineeringandTechnology,6(1990),No.1,pp.72-78.
