【《高熵合金研究的文献综述》4700字】

[16]。在许多报道中，含有Al和Mn的元素被添加到FeCrCoNi系统中。Al含量的变化使合金由简单的FCC结构转变为BCC结构，并获得不同的力学性能。Mn的加入使得FCC相非常稳定，即使在1100℃的温度下持续6h，也能使合金获得良好的锻造特性和低温屈服强度。Ti、Mo、V和Cu是FeCrCoNi体系中选择的其他添加剂。然而，考虑到添加剂与系统元素的混合熵，含Ti、Mo、V的合金具有金属间化合物相，例如σ相、μ相和Laves相。参考文献HuangYS,ChenL,LuiHW,etal.Microstructure,hardness,resistivityandthermalstabilityofsputeredoxidefilmsofAlCoCrCuNiFehigh-entropyalloy[J].MaterialsScienceandEngineeringA,2007,457:77-83.StepanovND,ShaysultanovDG,SalishchevGA,etal.Structureandmechanicalpropertiesofalight-weightAlNbTiVhighentropyalloy[J].MaterialsLetters,2015,142:153-155.MaDC,GrabowskiB,KormannF,etal.AbinitiothermodynamicsoftheCoCrFeMnNihighentropyalloy:Importanceofentropycontributionsbeyondtheconfigurationalone[J].ActaMaterialia,2015,100:90-97.WuYD,CaiYH,ChenXH,etal.PhasecompositionandsolidsolutionstrengtheningeffectinTiZrNbMoVhigh-entropyalloys[J].Materials&Design,2015,83:651-660.GaoMC,ZhangB,GuoSM,etal.High-entropyalloysinhexagonalclose-packedstructure[J].MetallurgicalandMaterialsTransactionsA,2016,47A(7):3322-3332.XuXD,LiuP,GuoS,etal.Nanoscalephaseseparationinafcc-basedCoCrCuFeNiAloshigh-entropyalloy[J].ActaMaterialia,2015,84:145-152.GeWu,ShanoobBalachandran,BaptisteGault,WenzhenXia,ChangLiu,ZiyuanRao,YeWei,ShaofeiLiu,JianLu,MichaelHerbig,WenjunLu,GerhardDehm,ZhimingLi,DierkRaabe.Crystal–GlassHigh‐EntropyNanocompositeswithNearTheoreticalCompressiveStrengthandLargeDeformability.Adv.Mater.,2020,LiuL.ZhuJB.ZhangC.etal.MicrostructureandthepropertiesofFeCoCuNiSnxhighentropyalloys[J].MaterialsScienceandEngineeringA.2012,548:64-68.WuJiemin,LinSujien,YehJienwei.AdhesivewearbehaviorofAl.CoCrCuFeNihighentropyalloysasafunctionofaluminumcontent[J].Wear,2006,261(5-6):512-513.张琪,饶湖常,沈志博,黄祖凤,戴品强.WC颗粒对激光熔覆FeCoCrNiB高熵合金涂层组织结构与耐磨性的影响[J].热加工工艺,2014,43(18):147-150+155.李伟，刘贵仲，郭景杰.AlFeCuCoNiCrTix高熵合金的组织结构及电化学性能[J].2009，29[10]:981-943.徐右睿.FeCoNiCrCux高熵合金之抗腐蚀性研究[D].台湾:海洋大学，2004，45:34-41.林明宪.CrFeCoNiCuAlx六元高熵合金之腐蚀行为与薄膜性质之研究[D].台湾:中国文化大学，2003.温丽华，寇宏超，王一川等AlxCoCrCuFeNi多主元高熵合金的组织与力学性能[J].特种铸造及有色合金，2009，29(6)：579-582.RanQ,WangM,WuZ,etal.EconomicalSi-Bearing,NearlyNi-Free19CrTRIP-AidedDuplexStainlessSteelswithBetterHigh-TemperatureOxidationResistance[J].JournalofMaterialsEngineeringandPerformance,2019,29(1).MiddleburghSC,KingDM,LumpkinGR,etal.SegregationandmigrationofspeciesintheCrCoFeNihighentropyalloy[J].JournalofAlloysandCompounds,2014,599:179-182.王慧琳.激光熔覆MoFexCrTiWAlNby高熔点高熵合金涂层[D].贵州大学,2020.程一丹．Al-Co-Cr-Fe-Mn-Ni-C系高熵合金组织及性能的研究[D]．硕士学位论文，西北工业大学，2018．吴炳乾.激光熔覆高熵合金涂层高温冲蚀性能的研究[D].福州大学,2016.ZhangC,HuangB,DaiPQ.ChinaSurfaceEngineering,2016,29(1),32．A.Mohanty,J.K.Sampreeth,OmkarBembalge,J.Y.Hascoet,S.Marya,R.J.Immanuel,S.K.Panigrahi.HightemperatureoxidationstudyofdirectlaserdepositedAlxCoCrFeNi(X=0.3,0.7)highentropyalloys[J].Surface&CoatingsTechnology,2019,380.FaChang,BingjieCai,ChongZhang,BiaoHuang,Shuai