【《热障涂层材料的研究与发展现状国内外文献综述》5100字】

［93］等通过对GZ进行LaPO4的复合并研究其断裂韧性，结果表明，复合陶瓷的断裂韧性随LaPO4的复合量的增加先增加后减小，当LaPO4的复合含量为30mol%时复合陶瓷具有最高的断裂韧性。参考文献XYGuo,ZLu,YGJung,etal.Novellanthanumzirconatebasedthermalbarriercoatingsforenergyapplications[M].Germany:Springer,2021.WBeele,GMarijnissen,ALieshout.Theevolutionofthermalbarriercoatings-statusandupcomingsolutionsfortoday'skeyissues[J].SurfaceandCoatingsTechnology,1999,120:261-267.RVassen,XCao,FTietz,etal.Zirconatesasnewmaterialsforthermalbarriercoatings[J].ChemInform,2004,83(8):2023-2028.KWSchlichting,NPPadture,PGKlemens.Thermalconductivityofdenseandporousyttria-stabilizedzirconia[J].JournalofMaterialsScience,2001,36(12):2063-2071.NPPadture,MGell,EHJordan.Thermalbarriercoatingsforgas-turbineengineapplications[J].Science,2002,296(5566):280-284.JXiao,QMLiu,JCLi,etal.Microstructureandhigh-temperatureoxidationbehaviorofplasma-sprayedSi/Yb2SiO5environmentalbarriercoatings[J].ChineseJournalofAeronautics,2019,32(8):1994-1999.焦春荣,王岭,杨金华,等.等离子喷涂BSAS环境障涂层性能研究[J].中国材料进展,2016(6):50-55.[1]陈旭,洪智亮,鲁琳静,等.环境障涂层研究综述[J].材料导报,2011,25(19):532-538.ZJin,YShen,FPHuo,etal.Electromigrationbehaviorofsilverthinfilmfabricatedbyelectron-beamphysicalvapordeposition[J].JournalofMaterialsScience,2021,1(11):9769-9779.EReinhold,JFaber.Largeareaelectron-beamphysicalvapordeposition(EB-PVD)andplasmaactivatedelectronbeam(EB)evaporation-Statusandprospects[J].SurfaceandCoatingsTechnology,2011,206(7):1653-1659.MMatsumoto,TKato,NYamaguchi,etal.ThermalconductivityandthermalcyclelifeofLa2O3andHfO2dopedZrO2-Y2O3coatingsproducedbyEB-PVD[J].SurfaceandCoatingsTechnology,2009,203(19):2835-2840.郭洪波,彭立全,宫声凯,等.电子束物理气相沉积热障涂层技术研究进展[J].热喷涂技术,2009,1(02):7-14.MMatsumoto,NYamaguchi,HMatsubara.LowthermalconductivityandhightemperaturestabilityofZrO2-Y2O3–La2O3coatingsproducedbyEB-PVD[J].ScriptaMaterialia,2004,50(6):867-871.OUnal,TEMitchell,AHHeuer.MicrostructuresofY2O3‐stabilizedZrO2EB‐PVDcoatingsonNi‐basesuperalloys[J].JournaloftheAmericanCeramicSociety,1994,77:984-992.MGoral,SKotowski,ANowotnik,etal.PS-PVDdepositionofthermalbarriercoatings[J].SurfaceandCoatingsTechnology,2013,237:51-55.KVNiessen,MGindrat.PS-PVD:anewthermalsprayprocesstodepositoutofthevaporphase[J].JournalofThermalSprayTechnology,2011,20(4):736-743.MOJarligo,GMauer,MBram,etal.PS-PVDofLa1-xSrxCoyFe1-yO3δthinfilmoxygentransportmembraneonporousmetallicsupports[J].JournalofThermalSprayTechnology,2014,23(12):213-219.AHospach,GMauer,VRobert,etal.Characteristicsofceramiccoatingsmadebythinfilmlowpressureplasmaspraying[J].JournalofThermalSprayTechnology,2012,21(34):435-440.BJHarder，DZhu.PS-PVDofceramicsforprotectivecoatings[J].CeramicEngineeringandEnceProceedings,2011,32(3):73-84.袁小虎,李定骏.等离子喷涂-物理气相沉积(PS-PVD)制热障涂层(TBCs)抗燃气热腐蚀性能研究[J].东方汽轮机,2019(01):64-68.GMauer.Plasmacharacteristicsandplasma-feedstockinteractionunderPS-PVDprocessconditions[J].PlasmaChemistryandPlasmaProcessing,2014,34(5):1171-1186.YZhang,CGDeng,JMao,etal.Impactofcathodelossonplasmacharacteristics,microstructuresandpropertiesof7YSZcoatingsinPS-PVD[J].CeramicsInternational,2020,46(9):13307-13316.VKumar.Progressupdateonfailuremechanismsofadvancedthermalbarriercoatings:Areview[J].ProgressinOrganicCoatings,2016,90:54-82.JSJiang,ZHZou,WZWang,etal.Effectofinternaloxidationontheinterfacialmorphologyandresidualstressinairplasmasprayedthermalbarriercoatings[J].SurfaceandCoatingsTechnology,2017,334:215-226.GRLi,GJYang.Understandingofdegradation-resistantbehaviorofnanostructuredthermalbarriercoatingswithbimodalstructure[J].JournalofMaterialsScienceandTechnology,2019,35(03):231-238.GLi,XHua,GYang,etal.AcomprehensivesinteringmechanismforTBCs‐PartI:Anoverallevolutionwithtwo‐stagekinetics[J].JournaloftheAmericanCeramicSociety,2017,100(5):2176-2189.GLi,XHua,GYang,etal.AcomprehensivesinteringmechanismforTBCs-PartII:Multiscalemultipointinterconnection-enhancedinitialkinetics[J].JournaloftheAmericanCeramicSociety,2017,100(9):4240-4251.PZhang,RLPeng,XHaLi,etal