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）
主要SCI论文
1)TengFeiZhang,ZhiXinWan,JiChengDing,ShihongZhang,QiMinWang,KwangHoKim.Microstructureandhigh-temperaturetribologicalpropertiesofSi-dopedhydrogenateddiamond-likecarbonfilms.AppliedSurfaceScience,2018;435:963–973;
2)JichengDing,TengfeiZhang,HaijuanMei,JeMoonYun,SeongHeeJeong,QiminWang*andKwangHoKim*.EffectsofnegativebiasvoltageandratioofnitrogenandargononthestructureandpropertiesofNbNcoatingsdepositedbyHiPIMSdepositionsystem.Coatings,2018;8:10(1-12);
3)WeiDai,Se-HunKwon,QiminWang*,JingmaoLiu.InfluenceoffrequencyandC2H2flowongrowthpropertiesofdiamond-likecarboncoatingswithAlCrSico-dopingdepositedusingareactivehighpowerimpulsemagnetronsputtering.ThinSolidFilms,2018;647:26–32.
4)JiChengDing,TengFeiZhang,QiMinWang,ChangWeonSong,Tie-GangWang,Kwang-HoKim.MicrostructureandmechanicalpropertiesoftheCrMoSiNnanocompositecoatingspreparedbyahybridsystemofAIPandHiPIMStechnologies.JournalofAlloysandCompounds,2018;740:774-783.
5)JiChengDing,TengFeiZhang,RajaramS.Mane,Kwang-HoKim,MyungChangKang,ChangWeiZou,QiMinWang*.Low-temperaturedepositionofnanocrystallineAl2O3filmsbyionsource-assistedmagnetronsputtering.Vacuum.Vacuum,2018;149:284-290.
6)ZhengtaoWu,XingZhong,CihaiLiu,ZhouchengWang,WeiDaiandQiminWang*.PlasticDeformationInducedbyNanoindentationTestAppliedonZrN/Si3N4MultilayerCoatings.Coatings,2018;8(1):11(1-9);
7)Bai-JunXiao,YiChen,WeiDai,Kwong-YuKwork,Teng-FeiZhang,Qi-MinWang*,Cheng-YongWang,KwangHoKim,Microstructure,mechanicalpropertiesandcuttingperformanceofAlTiNcoatingspreparedviaarcionplatingusingthearcsplittingtechnique,Surface&CoatingsTechnology,2017;311:98-103;
8)BaijunXiao,HaixuLi,HaijuanMei,WeiDai,FeiZuo,ZhengtaoWu,QiminWang*，AstudyofoxidationbehaviorofAlTiN-andAlCrN-basedmultilayercoatings,Surface&CoatingsTechnology,2018;333:229-237;
9)JunZheng,HuiZhou,BinhuaGui,QuanshunLuo,HaixuLi,QiminWang*.InfluenceofPowerPulseParametersontheMicrostructureandPropertiesoftheAlCrNCoatingsbyaModulatedPulsedPowerMagnetronSputtering.Coatings,2017;7:216-233;
10)M.H.Chen,F.Cai,W.L.Chen,Q.M.Wang,S.H.Zhang,InfluenceofvacuumannealingonstructuresandpropertiesofAl-Ti-Si-Ncoatingswithcorrosionresistance,Surface&CoatingsTechnology,2017;312:25-31
11)Eun-YoungYun,Woo-JaeLee,QiMinWang,Se-HunKwon,Electricalandcorrosionpropertiesoftitaniumaluminumnitridethinfilmspreparedbyplasma-enhancedatomiclayerdeposition,JournalofMaterialsScience&Technology,2017;33(3):295-299
12)HaijuanMei,ShengshengZhao,ZhengtaoWu,WeiDai,QiminWang*.EffectofnitrogenpartialpressureonmicrostructureandmechanicalpropertiesofMo-Cu-V-NcompositecoatingsdepositedbyHIPIMS.Surface&CoatingsTechnology,2017;329:68-76
13)HaijuanMei,ShengshengZhao,QiminWang,Residualstressoftinmultilayercoatingsalternatelydepositedbyarcionplatingandmagnetronsputtering.Nanoscience&NanotechnologyLetters,2017;9(6):885-891.
14)HuiZhou,JunZheng,BinhuaGui,DongsenGeng,QiminWang,AlTiCrNcoatingsdepositedbyhybridHIPIMS/DCmagnetronco-sputtering.Vacuum,2017;136:129-136;
15)JichengDing,TengfeiZhang,JeMoonYun,MyungChangKang,QiminWang*,KwangHoKim*.Microstructure,mechanical,oxidationandcorrosionpropertiesoftheCr-Al-Si-Ncoatingsdepositedbyahybridsputteringsystem.Coatings,2017;7:119-136
16)DongsenGeng,HaixuLi,QuanZhang,XiaoboZhang,ChengyongWang,ZhengtaoWu*,QiminWang*,EffectofincorporatingoxygenonmicrostructureandmechanicalpropertiesofAlCrSiONcoatingsdepositedbyarcionplating,Surface&CoatingsTechnology,2017;310:223-230;
17)WeiDai*,XiangGao,JingmaoLiu,Se-HunKwon,QiminWang*,Compositionallymodulatedmultilayerdiamond-likecarboncoatingswithAlTiSimulti-dopingbyreactivehighpowerimpulsemagnetronsputtering.AppliedSurfaceScience,2017;425:855–861;
18)WeiDai*,XiangGao,QiminWang*,etc.Influenceofnesputteringgasonstructureandpropertiesofdiamond-likecarbonfilmsdepositedbypulsed-magnetronsputtering.ThinSolidFilms,2017;625:163-167.
19)WeiDai*,JingmaoLiu,DongsenGeng,PengGuo,JunZheng,QiminWang*,Microstructureandpropertyofdiamond-likecarbonfilmswithAlandCrco-dopingdepositedusingahybridbeamssystem,AppliedSurfaceScience,2016,388:503-509;
20)WeiDai*,XiangGao,JingmaoLiu,QiminWang*,Microstructure,mechanicalpropertyandthermalstabilityofdiamond-likecarboncoatingswithAl,CrandSimulti-doping,DiamondandRelatedMaterials,2016;70:98-104;
21)MohanChen,WanglinChen,FeiCai,ShihongZhang,QiminWang,StructuralevolutionandelectrochemicalbehaviorsofmultilayerAl-Cr-Si-Ncoatings,Surface&CoatingsTechnology,2016;296:33-39;
22)WeiLiu,AnqiongLi,HaidongWu,YingLong,JiaweiHuang,XinDeng,ChengyongWang,QiminWang,ShanghuaWu，Effectsofgaspressureonmicrostructureandperformanceof(Ti,Al,Zr)Ncoatingsproducedbyphysicalvapordeposition,CeramicsInternational,2016;42:17436-17441;
23)WeiLiu,AnqiongLi,HaidongWu,RongxuanHe,JiaweiHuang,YingLong,XinDeng,QiminWang,ChengyongWang,ShanghuaWu，Effectsofbiasvoltageonmicrostructure,mechanicalproperties,andwearmechanismofnovelquaternary(Ti,Al,Zr)Ncoatingonsurfaceofsiliconnitrideceramiccuttingtool,CeramicsInternational,2016;42:17693-17697;
24)WeiDai,AiyingWang,QiminWang,Microstructureandmechanicalpropertyofdiamond-likecarbonfilmswithductilecopperincorporation,SurfaceandCoatingsTechnology,2015;272:33-38;(SCI二区,IF2.758)
25)Ding,J.C.,Zou,C.W.,Wang,Q.M.,Zeng,K.,&Feng,S.C.(2016).Effectofbiasvoltageonthemicrostructureandhardnessofti-si-nfilmsdepositedbyusinghigh-powerimpulsemagnetronsputtering.JournaloftheKoreanPhysicalSociety,68(2),351-356.
26)HaishengLin,ChengyongWang,YaohuiYuan,ZhihuaChen,QiminWang,WeiqiangXiong,ToolwearinTi-6Al-4Valloyturningunderoilsonwatercoolingcomaringwithcryogenicairmixedwithminimalquantitylubrication,InternationalJournalofAdvancedManufacturingTechnology,2015;81(1):87-101;
27)C.Y.Wang,Y.X.Xie,Z.Qin,H.S.Lin,Y.H.Yuan,Q.M.Wang，WearandbreakageofTiAlN-andTiSiN-coatedcarbidetoolsduringhigh-speedmillingofhardenedsteel，Wear,2015;336-337:29-42;
28)LiLu,Qi-minWang*,Bing-zhouChen,Yong-cuiAo,Dong-haiYu,Cheng-yongWang,Shang-huaWu,KwangHoKim,MicrostructureandcuttingperformanceofCrTiAlNcoatingforhigh-speeddrymilling,TransactionofNonferrousMetalSocietyofChina,2014;24:1800-1806;
29)TengFeiZhang,BinGan,Seong-moPark,QiMinWang,KwangHoKim,InfluenceofnegativebiasvoltageanddepositiontemperatureonmicrostructureandpropertiesofsuperhardTiB2coatingsdepositedbyhighpowerimpulsemagnetronsputtering,SurfaceandCoatingsTechnology,2014：253：115-122;
30)Q.M.Wang,Se-HunKwon,KwunNamHui,Doo-InKim,KwanSanHui,KwangHoKim,SynthesisandpropertiesofcrystallineTiO2filmsdepositedbyaHIPIMS+technique,Vacuum,2013；89：90-95;
31)ShihongZhang,LeiWang,QiminWang,MingxiLi,AsuperhardCrAlSiNsuperlatticecoatingdepositedbymulti-arcionplating:I.Microstructureandmechanicalproperties,SurfaceandCoatingsTechnology,2013：214（15）：160-167;
32)ShihongZhang,LeiWang,QiminWang,MingxiLi,AsuperhardCrAlSiNsuperlatticecoatingdepositedbymulti-arcionplating:II.Thermalstabilityandoxidationresistance,SurfaceandCoatingsTechnology,2013：214（15）：153-159;
33)W.Garkas,S.Weiß,Q.M.Wang,(Cr1-xAlx)NasacandidateforcorrosionprotectioninhightemperaturesegmentsofCCSplants,EnvironmentalEarthSciences,2013,inpress;
34)Tie-GangWang,DawoonJeong,Soo-HyunKim,QiminWang*,SolveigMelin,SrinivasanIyengar,KwangHoKim,StudyonNanocrystallineCr2O3FilmsDepositedbyArcIonPlating:I.Composition,Morphology,andMicrostructureAnalysis,SurfaceandCoatingsTechnology,2012；206（10）：2629-2637;
35)Tie-GangWang,DawoonJeong,YanmeiLiu,QiminWang*,SrinivasanIyengar,SolveigMelin,KwangHoKim,StudyonnanocrystallineCr2O3filmsdepositedbyarcionplating:II.Mechanicalandtribologicalproperties,SurfaceandCoatingsTechnology,2012；206（10）：2638-2644;
36)TengFeiZhang,QiMinWang*,JunghoonLee,PeilingKe,RomanNowak,KwangHoKim,NanocrystallinethinfilmssynthesizedfromaTi2AlNcompoundtargetbyhighpowerimpulsemagnetronsputteringtechnique,SurfaceandCoatingsTechnology,2012;212:199-206
37)MinSuKang,TengfeiZhang,Dong-WooShin,QiminWang*,KwangHoKim,SynthesisandpropertiesofCr-Al-Nfilmsbyahybridcoatingsystemwithhighpowerimpulsemagnetronsputtering(HIPIMS)andDCpulsesputtering,JournalofCeramicProcessingandResearch,2012;13(s1):52-58;
38)WooJinLim,Dong-wooShin,JungHoShin,SeHunKwon,QiminWang*,KwangHoKim,SynthesisandmechanicalpropertiesofTi-Si-B-NcoatingsbyaPECVDtechnique,JournalofCeramicProcessingandResearch,2012;13(s1):26-30;
39)Tie-GangWang,YanmeiLiu,QiminWang,JunGong,ChaoSun,KwangHoKim,InfluenceofResidualStressontheAdhesiveBehaviorofDetonationGunSprayedWC-CoCoatings,CurrentAppliedPhysics,2012;13(s2):59-62;
40)JeongDooLee,QiMinWang*,Soo-HyunKim,Tie-GangWang,KwangHoKim,MicrostructureandmechanicalpropertiesofquaternaryCr-Si-O-Nfilmsbyahybridcoatingsystem,SurfaceandCoatingsTechnology,2012；206（18）：3721-3727;
41)Q.M.Wang,W.Garkas,A.FloresRenteriz,C.Leyens,H.W.Lee,K.H.Kim,OxidationbehaviourofTi-Al-CfilmscomposedmainlyofaTi2AlCphase,CorrosionScience,2011;53(9):2948-2955;
42)Q.M.Wang,W.Garkas,A.FloresRenteriz,C.Leyens,K.H.Kim,OxidationbehaviorofTi2AlNfilmscomposedmainlyofnanolaminatedMAXphase,JournalofNanoscienceandNanotechnology,2011,11:8959;
43)Qi-minWang,Se-HunKwon,Kwang-HoKim,FormationofnanocrystallinemicrostructureinarcionplatedCrNfilms,TransactionofNonferrousMetalSocietyofChina,2011,21:s73;
44)QiMinWang,JunGong,ChaoSun,HyungWooLee,KwangHoKim,ZrO2andY2O3-stablizedZrO2coatingsdepositedusinganarcionplatingtechnique,JournalofCeramicProcessingandResearch,2011;12:259;
45)JungHoShin,QiMinWang*,KwangHoKim,MicrostructuralevolutionandtribologicalbehaviorofMo–Cu–NcoatingsasafunctionofCucontent,MaterialsChemistryandPhysics,2011;130:870;
46)H.Q.Li,Q.M.Wang*,S.M.Jiang,J.Ma,J.Gong,C.Sun,OxidationandinterfacialfracturebehaviourofNiCrAlY/Al2O3coatingsonanorthorhombic-Ti2AlNballoy,CorrosionScience,2011;53:1097;
47)H.Q.Li,Q.M.Wang*,J.Gong,C.Sun,InterfacialreactionsandoxidationbehaviorofAl2O3andAl2O3/AlcoatingsonanorthorhombicTi2AlNballoy,AppliedSurfaceScience,2011;257:4105;
48)Won-SubKwack,Hyoung-SeokMoon,Seong-JunJeong,Qi-minWang,Se-HunKwon,HybridFunctionalIrO2-TiO2thinfilmresistorpreparedbyatomiclayerdepositionforthermalinkjetprintheads,TransactionofNonferrousMetalSocietyofChina,2011,21:s88
49)Q.M.Wang,R.Mykhaylonka,etal.Improvingthehigh-temperatureoxidationresistanceofaβ-γTiAlalloybyaCr2AlCcoating,CorrosionScience,2010;52:3793;
50)Q.M.Wang,A.FloresRenteria,etal.FabricationandoxidationbehaviorofCr2AlCcoatingonTi6242alloy,SurfaceandCoatingsTechnology,2010;204:2343;
51)JunSeoYun,YoungSuHong,SeHunKwon,QiMinWangandKwangHoKim,CharacteristicsofTernaryCr-O-NCoatingsSynthesizedbyUsinganArcIonPlatingTechnique,JournalofCeramicProcessingandResearch,2010;57:103;
52)H.Q.Li,Q.M.Wang*,S.M.Jiang,J.Gong,C.Sun,Ion-platedAl-Al2O3filmsasdiffusionbarriersbetweenNiCrAlYcoatingandorthorhombicTi2AlNballoy,CorrosionScience,2010;52:1668;
53)W.Z.Li,Y.Q.Li,Q.M.Wang,J.Gong,C.Sun,OxidationofaNiCrAlYSioverlayerwithandwithoutadiffusionbarrierdepositedbyone-steparcionplating,CorrosionScience,2010;52:1753;
54)Q.M.Wang,K.H.Kim,MicrostructuralcontrolofCr-Si-Nfilmsbyahybridarcionplatingandmagnetronsputteringprocess,ActaMaterialia,2009;57:4974
55)JiHwanYun,Se-HunKwon,JihwanChoi,QiMinWangandKwangHoKim,SynthesisandmechanicalpropertiesofCr-Mo-Si-C-Ncoatingsbyahybridcoatingsystem,JournalofCeramicProcessingandResearch,2009;10:s112
56)Z.B.Bao,Q.M.Wang,W.Z.Li,X.Liu,J.Gong,T.Y.Xiong,C.Sun,PreparationandhotcorrosionbehaviorofanAl-gradientNiCoCrAlYSiBcoatingonaNi-basesuperalloy,CorrosionScience,2009;51:860
57)W.Z.Li,Q.M.Wang,J.Gong,C.Sun,X.Jiang,InterdiffusionreactionintheCrNinterlayerintheNiCrAlY/CrN/DSM11systemduringthermaltreatment,AppliedSurfaceScience,2009;255:8190
58)Q.M.Wang,I.W.Park,K.H.Kim,InfluenceofN2gaspressureandnegativebiasvoltageonthemicrostructureandpropertiesofCr-Si-Nfilmsbyahybridcoatingsystem,JournalofVacuumScienceandEngineeringA,2008;26:1188;
59)Q.M.Wang,K.H.Kim,EffectofnegativebiasvoltageonCrNfilmsdepositedbyarcionplating:II.Filmcomposition,structure,andproperties,JournalofVacuumScienceandEngineeringA,2008;26:1267;
60)Q.M.Wang,K.H.Kim,EffectofnegativebiasvoltageonCrNfilmsdepositedbyarcionplating:I.Macroparticlesfiltrationandfilm-growthcharacteristics,JournalofVacuumScienceandEngineeringA,2008;26:1258;
61)S.M.Jiang,X.Peng,Z.B.Bao,S.C.Liu,Q.M.Wang,J.Gong,C.Sun,PreparationandhotcorrosionbehaviorofaMCrAlY+AlSiYcompositecoating,CorrosionScience,2008;50:3213
62)Z.B.Bao,Q.M.Wang,S.M.Jiang,J.Gong,C.Sun,InfluenceofsaltspraycorrosiononsubsequentisothermaloxidationbehaviorsofAIPNiCoCrAlYSiBcoatings,CorrosionScience,2008;50:2372
63)Z.B.Bao,Q.M.Wang,W.Z.Li,J.Gong,T.Y.Xiong,C.Sun,CorrosionbehaviorofAIPNiCoCrAlYSiBcoatinginsaltspraytests,CorrosionScience,2008;50:847
64)K.Zhang,Q.M.Wang,C.Sun,F.H.Wang,CorrosionbehaviorofNiCrAlYSicoatingonacobalt-basesuperalloyK40S,CorrosionScience,2008;50:1707
65)W.Z.Li,Q.M.Wang,Z.B.Bao,Y.Yao,J.Gong,C.Sun,X.Jiang,MicrostructuralevolutionoftheNiCrAlY/CrONduplexcoatingsystemanditsinfluenceonmechanicalproperties,MaterialsScienceandEngineeringA,2008;498:487
66)W.Z.Li,Y.Yao,Q.M.Wang,Z.B.Bao,J.Gong,C.Sun,X.Jiang,Improvementofoxidation-resistanceofNiCrAlYcoatingsbyapplicationofCrNorCrONinterlayer,JournalofMaterialsResearch,2008;23:341;
67)H.Q.Du,S.G.Tian,X.F.Yu,X.D.Lu,Q.M.Wang,InfluencesofNiCoCrAlYSicoatingonhightemperatureoxidationcharacteristicofsinglecrystalnickel-basesuperalloy,RareMetalMaterialsandEngineering,2008;37:1555
68)Q.M.Wang,K.Zhang,J.Gong,Y.Y.Cui,C.Sun,L.S.Wen,NiCoCrAlYcoatingswithandwithoutAl2O3/Alinterlayeronanorthorhombic-Ti2AlNbbasedalloy:oxidationandinterdiffusionbehaviors,ActaMaterialia,2007;55:1427;
69)K.Zhang,Q.M.Wang,C.Sun,F.H.Wang,Preparationandoxidationresistanceofacrack-freeAldiffusioncoatingonTi22Al26Nb,CorrosionScience,2007;50:3598
70)P.L.Ke,Q.M.Wang,M.H.Guo,J.Gong,C.Sun,Y.C.Zhou,StressesandmicrostructuraldevelopmentofthermalbarriercoatingsbyAIP/D-guncompositeprocessing,JournaloftheAmericanCeramicSociety,2007;90:936;
71)P.L.Ke,Q.M.Wang,J.Gong,C.Sun,Y.C.Zhou,ProgressivedamageduringthermalshockcyclingofD-gunsprayedthermalbarriercoatingswithhollowspherialZrO2-8Y2O3,MaterialsScienceandEngineeringA,2006;435/436:228-236;
72)Y.J.Tang,Q.M.Wang,F.H.Yuan,J.Gong,C.Sun,HightemperatureoxidationbehaviorofarcionplatedNiCoCrAlYSiBcoatingsoncobalt-basesuperalloy,JournalofMaterialsResearch,2006;21(3):737-746;
73)M.H.Guo,Q.M.Wang,J.Gong,C.Sun,L.S.Wen,PreparationandoxidationofgradientNiCoCrAlYSiBcoatingdepositedbyacombinedsystemofarcionplatingandmagnetronsputtering,SurfaceandCoatingsTechnology,2006;201(3/4):1302-1308;
74)M.H.Guo,Q.M.Wang,P.L.Ke,J.Gong,C.Sun,R.F.Huang,L.S.Wen,ThepreparationandhotcorrosionresistanceofgradientNiCoCrAlYSiBcoatings,SurfaceandCoatingsTechnology,2006;200:3942-3949;
75)M.H.Guo,Q.M.Wang,P.L.Ke,J.Gong,C.Sun,R.F.Huang,L.S.Wen,OxidationandhotcorrosionbehaviorofgradientMCrAlYSiBcoatingsdepositedbyacombinationofarcionplatingandmagnetronsputteringtechniques,CorrosionScience,2006;48(9):2750-2764;
76)Y.N.Wu,Q.M.Wang,P.L.Ke,C.Sun,J.Gong,F.H.WangandL.S.Wen,EvaluationofarcionplatedNiCoCrAlYSiBcoatingsafteroxidationat900–1100°C,SurfaceandCoatingsTechnology,2006;200:2857-2863;
77)Q.M.Wang,Y.J.Tang,M.H.Guo,P.L.Ke,J.Gong,C.Sun,L.S.Wen,ThermalshockcyclingbehaviorofNiCoCrAlYSiBcoatingsonNi-basesuperalloys—Ⅰ.Acceleratedoxidationattack,MaterialsScienceandEngineeringA,2005;406:337-349;
78)Q.M.Wang,H.Li,M.H.Guo,P.L.Ke,J.Gong,C.Sun,L.S.Wen,ThermalshockcyclingbehaviorofNiCoCrAlYSiBcoatingsonNi-basesuperalloys—Ⅱ.Microstructureevolution,MaterialsScienceandEngineeringA,2005;406:350-357;
79)Q.M.Wang,Y.N.Wu,M.H.Guo,P.L.Ke,J.Gong,C.Sun,L.S.Wen,Ion-platedAl-O-NandCr-O-NfilmsonNi-basesuperalloysasdiffusionbarriers,SurfaceandCoatingsTechnology,2005;197:68;
80)Y.S.Zou,Q.M.Wang,H.Du,G.H.Song,J.Q.Xiao,J.Gong,C.Sun,L.S.Wen,Structuralcharacteriztionofnitrogendopeddiamond-likecarbonfilmsdepositedbyarcionplating,AppliedSurfaceScience,2005;241:295-302
81)P.L.Ke,Y.N.Wu,Q.M.Wang,J.Gong,C.SunandL.S.Wen,Studyonthermalbarriercoatingsdepositedbydetonationgunspraying,SurfaceandCoatingsTechnology,2005;200:2271-2276;
82)Q.M.Wang,Y.N.Wu,P.L.Ke,H.T.Cao,J.Gong,C.Sun,L.S.Wen,HotcorrosionbehaviorofAIPNiCoCrAlY(SiB)coatingsonnickelbasesuperalloys,SurfaceandCoatingsTechnology,2004;186:389-397;
83)Q.M.Wang,M.H.Guo,P.L.Ke,J.Gong,C.Sun,L.S.Wen,OxidationprotectionofNiCoCrAlYcoatingsongamma-TiAl,TransactionofNonferrousMetalSocietyofChina,2004;40:423-426;
84)Y.N.Wu,P.L.Ke,Q.M.Wang,C.Sun,F.H.Wang,Hightemperaturepropertiesofthermalbarriercoatingsobtainedbydetonationspraying,CorrosionScience,2004;46:2925-2935;
85)A.L.Ji,W.Wang,G.H.Song,Q.M.Wang,C.Sun,L.S.Wen,Microstructuresandmechanicalpropertiesofchromiumoxidefilmsbyarcionplating,MaterialsLetters,2004;58:1993-1998;
京公网安备 11010802027423号