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1.高英俊,黄礼琳周文权,高温应变作用下的亚晶界湮没与位错旋转机制,中国科学(技术科学),2015,45(3):306-321.
2.GaoYingjun,LuoZhirong,HuangLilin,PhaseFieldCrystalStudyofNano-crackGrowthandBranchinMaterials,ModelingSimul,Mater.Sci.Eng.,,2016,24:055010.
3.GaoYingjun,HuangLilin,DengQianqian.PhaseFieldCrystalSimulationofDislocationConfigurationEvolutioninDynamicRecoveryatHighTemperature.ActaMaterialia,2016,Inpressed.
4.GaoYingjun,QuanSilongHuangChuanggao.PhaseFieldSimulationofDislocationmovementundershearstrain.ActaPhysicaSinica.2015,64(10):106104.
5.GaoYingjun,LuoZhirong,etal,Phasefieldmodelfordislocationmovementandreaction,ActaMetallurgicaSinica,2014,50(1):110-120.
6.GaoYingjun,LuoZhirong,HuangChuanggao.PhasefieldModelforGrainGrowthwithsecond-PhaseParticles.ActaPhysicaSinica.2015,64(10):106105.
7.GaoYingjun,HuangLilin,HuangChuanggao.PhaseFieldModelingforNanocrystallineGrowth.Front.Mater.Sci.2014,8(2):1185-190.
8..GaoYingjun,LuoZhirong,etal,Phasefieldmodelfordislocationmovementandrotationunderstrain,ActaMetallurgicaSinica,2014,50(7):886-896.
9.GaoYingjun,HuangLilin,HuangChuanggao.,etal,Phasefieldsimulationofdislocationmovementathightemperature.Front.Mater.Sci.2014,8(2):176-184.
10.GaoYingjun,LuoZhirong.Nano-twinStructureSimulatedbyPhaseFieldCrystalMethod,JComputPhysics,2013,30(4):577-581.
11.GaoYingjun,HuangChuanggao,.Phasefieldmodelformicrostructureevolutionofsubgraindeformationalloy,ActaMetallurgicaSinica,2012,48(10):1215.
12.GaoYingjun,LuoZhirong,HuangLilin,.Phasefieldmodelingforgraingrowthofstaticrecrystallizationofdeformedalloy.AdvMaterRes,2012,399/401:1785-1788.
13.GaoYingjun,LuoZhirong.HuangChuanggao,PhaseFieldModelingforTransformationfromHexagontoSquareStructure,ActaPhysicaSinica,2013,62:050507.
14.HuangChuanggao,GaoYingjun,TianTunlong,MaWenjing,Phasefieldmodelingforinfluenceofedgedislocationonprecititation.AdvMaterRes,2012,415/417:1168-1171..
15.GaoYingjun,etal.PhaseFieldSimulationofStaticRecrystallizationforDeformedAlloys,ActaMetallurgicaSinica,2010,46(10):1161-1168
16.GaoYingjun,LuoZhirong,LuQianghua,HuangChuanggao,.PhasefieldmodelingforspinodaldecompositioninAl-Agalloy.AdvMaterRes,2012,415/:1168-1171.
17..GaoYingjun,etal.Phase-FieldSimulationofAgSoluteDistributionandPrecipitatesinAl-Agalloy,ActaMetallurgicaSinica,2010,46(12):1473.
18..GaoYingjun,etal.,Phase-fieldSimulationofTwo-PhaseGrainGrowthwithHardParticle,ActaMetallurgicaSinica,2009,45(10):1190-1198
19.GaoYingjun,LuoZhirong,etal..AtomicBondingandmechanicalpropertiesofAl-Li-ZrAlloy,Materials.Science.Engineering.A,2009,499:299-303
20.黄创高,高英俊,相场法模拟多个空间取向的棒状第二相粒子对晶粒长大的影响,中国有色金属学报,2010,20(12):2406-2413.
21.苏安,高英俊.光子晶体材料的透射谱特性研究,物理学报,2012,61(23):234208.
22.GaoYingjun,HuangChuanggao,etal.AtomicBondingandpropertiesofmetastablephaseinAl-Cualloy,JMater.Sci.Eng.2008.2(10):6-12
23.GaoYingjun,etal..AtomicBondingandmechanicalpropertiesofAl-Li-ScAlloy,AluminumAlloy-TheirPhysicalandMechanicalProperties,PublishedbyWiley-VchVerlagGmbH,Germany.2008,P.1285.
24.GaoYingjun,etal..InterfaceAtomicBondingandMechanicalpropertiesofAl-Li-Sc-ZrAlloy,AdvancesinHeterogeneousMaterialMechanics.PESTenchPublication.USA,2008,P.367.
25.GaoYingjun,,etal..TransmissionBandofOne-dimensionalPhotonicCrystalswithaDefectLayer,PhysicaScripta,2007,T129:349-352
26.GaoYingjun,HuangChuanggao,etal.AtomicBondingofPrecipitateandPhasetransformationofAl-Cu-MgAlloy,JAlloy&Compound,2007,441:241-245.
27.GaoYingjun,HuangChuanggao,etal..AtomicbondingofAl-Lialloyinearlierageingstage,Mater.Sci.Forum.,2007;Vols.546-549:819-824.
28.GaoYingjun,HuangChuanggao,etal.AtomicBondingofPrecipitateandpropertiesofAl-Cu-MgAlloy,Mater.Sci.Forum.,2007;Vols.539-543:417-422
29.GaoYingjun,HuangChuanggao,etal.“AtomicbondingandpropertiesofprecipitatesinanAl-Cufilmalloy”,J.ElectronicMaterials,2006,35(10):1801
30.GaoYingjun,etal.“ElectronstructureandphasetransformationofAl2CuinAl-Cualloy”,Solid-to-SolidPhaseTransformationsinInorganicMaterials,Vol.II,EditedbyJ.M.Howe.PublishedbyTMS(TheMinerals,Metals&MaterialsSociety,USA),2005:pp675-680.
31.GaoYingjun,HuangChuanggao,etal.“AtomicbondingandpropertiesofAl-Mg-Scalloy”,MaterialsTransactions,2005;46(6):1148-1153.
32.GaoYingjun.“ElectronstructureandinterfaceenergyofGPZoneinAl-Znalloy”.Mater.Sci.Forum.,2005;Vols.475-479:3131-3135.
33.GaoYingjunetal.“AtomicbondingandpropertiesofAl-Mg-Zr-Scalloy”.Trans.NonferrousMet.Soc.,2004;14(5):922-926.
34.GaoYingjunHuangChuanggao,etal.“ElectronicstructureandphysicalpropertyofFiAl”.Trans.NonferrousMet.Soc.,2000;10(3):555-558.
35.GaoYingjun,ZhongXiaping,“ElectronicstructureandphysicalpropertyofTiAl”,ActaMetallSinica(Eng.Lett.),1999;12(4):488-491.
36.GaoYingjun,etal.“One-cell-statemethodforelectronicstructureofAl3Li”.Trans.NonferrousMet.Soc.,1998;8(4):555-558.
37.GaoYingjun,etal.“BondparameterandphysicalpropertyofTi,ZrandVmetal”.Trans.NonferrousMet.Soc.China,1998;8(3):555-558.
38.GuoJin,MaShuyuan,GaoYingjun.“ElectronicstructureofLaNi4Xandhydrogenabsorptionproperties”,Mater.Sci.Eng.,2003,98:21-24.
39.LuQianghuaGaoYingjun,etal..TransmissionSpectraofQuantumWellinPhotonicCrystals,Mater.Sci.Forum,2011;663:191-194.
40.LuQianghua,GaoYingjun,etal..Thephotoniccrystalwithodd-numberchannel-filterringphenomena,Mater.Sci.Forum,2011;665:1321-1324.
41高英俊,陈华宁等,”Al-Mg-Si合金的U1和U2析出相的原子成键与性能”,中国有色金属学报,2010,20(7):1267-08.
42.张丽娜,高英俊.“Sc、Si元素对Al-Cu-Mg合金时效初期微结构演化的作用”.中国稀土学报,2008,26(5):661-665
43.高英俊,黄创高,莫其逢.“Al-Li合金时效初期的价键分析”,中国有色金属学报,2005,15(7):1069-1074..
44.高英俊,钟夏平,刘慧.“Al-Cu合金亚稳相的价电子结构分析.”稀有金属,2003;27(6):845-849.
45.高英俊,吴伟明,邓文等.“Al-Li-Cu-Mg合金正电子寿命谱分析.”金属学报,1995;31(2):91-95.
46.苏安,蒙成举,高英俊,激活性杂质对光子晶体量子阱滤波器特性的调制.中国激光,2014,41(3):0306001-1.
47.潘继环,苏安,高英俊,垒层周期不对称度对子晶体量子阱透射谱的影响,激光与光电子学进展,2014,51:012701
48.苏安,高英俊,蒙成举,双重势垒一维光子晶体量子阱内部局域电场分布.光子学报,2014,43(2):0216002-6
49.苏安,蒙成举,高英俊,潘继环.两端对称缺陷对对称结构光子晶体透射谱的影响.激光与红外,2014,44(11):1253-05
50.高英俊,杨瑞琳,王玉玲,邓芊芊,空位晶体相场模拟二维晶体相形貌图,广西科学,2015,22(5):485-491.
2016-7-4