Abstract
The new progress and related mechanism of the electrochemical preparation of rare earth materials(magnets, magnetooptic materials, battery materials, luminescent devices, semiconductors, superconductors) and the application of rare earth to the electrochemical areas(e.g. electroplating,corrosion,electrosynthses) have introduced.
Publication Date
1998-05-28
Online Available Date
1998-05-28
Revised Date
1998-05-28
Received Date
1998-05-28
Recommended Citation
Qiqin Tong Yexiang Yang.
Electrochemical Preparation of Rare Earth Functional Materials and Application of Rare Earth to Electrochemistry[J]. Journal of Electrochemistry,
1998
,
4(2): 121-129.
DOI: 10.61558/2993-074X.1357
Available at:
https://jelectrochem.xmu.edu.cn/journal/vol4/iss2/1
References
1YangQiqinetal.Preparationofrareearthaloysbycathodicaloying.RareMetals,1994,14(1):132TongXexiang,LiuGuankun,YangQiqin,HongHuichan,Preparationofytriumbariumcoppertinarymasteraloybyelectrolysisfrommoltenfluorideoxide.JRareEarths,1995,12(4):2713TamamuraH.Procesforpreparationofneodymiumorneodymiumaloy.US4,966,6614HasegawaT,MizuguchiT.Manufactureofneodymiumdysprosiumaloyformagnets.JP07138,7795TodaH.Rareearthironnitrogenmagnetpoweranditsmanufacture.JP07310,1026赵春英,张发余.NdFeBx合金阴极电泳工艺的研究.表面技术,1997,26(23):247SatoYetal.ElectrodepositionofSmCofromformamidesolution.ChemistryLeters,1990,(4):14718SatoYetal.Electrolyticpreparationofsamariumcobaltthinfilmsandtheirmagneticproperties.PlatingandSurfaceFinishing,1993,90:729UsuzakaN,YamaguchiH,WatanabeY.PreparationandmagneticpropertiesofCoGdamorphousaloyfilmbytheelectroplatingmethod.Mater.Sci.Eng.,1988,99:10510YoshimotoNetal.NdFeelectrodepositioninorganicelectrolyte.DenkiKagaku,1994,62(10):98211松田好晴等.有机电解液中电沉积镝铁的研究.表面技术,(日),1992,43(1):3612ShinorsO.Electroplatingmagneticthinanditsmanufacture.JP05217,74413杨绮琴等.酰胺无机盐熔体中诱导共沉积稀土铁族合金的研究.第九届全国电化学会议论文摘要集,199714MatsumotoY,OhmuraH,GutoT.Efectoflanthanideionsontheelectrodepositionofcobaltandmanganeseoxides.J.Electroanal.Chem,1995,399(12):9115EgchiKetal.Activitiesofrarecontainngoxidesaselectrodeforoxideconductor.J.AloysandCompounds,1993,192:5916TakedaYedal.Gd1-xAxMnO3fortheelectrodeofsolidfuelcels.J.Electrochem.Soc.,1997,144:281017SirmanJ,KilnerJ,SurfaceexchangepropertiesofCe0.9Gd0.1O2-xcoatedwithLSFC.J.Electrochem.Soc.,1996,3(10):L22918MorimotoH,EsakaT,KamataM.PreparationofthePerovskitetypeoxideCa0.9Nd0.1-yMnO3-δ.DenkiKagaku.1996,64(10):108419OkidoM,IchinoR,TamuraR.FormationofLaNi5filmonNisubstratebyelectrolysisinmoltenchlorideanditshydrogenabsoptionproperty.ProcElectrochem.Soc.,1996,96-7(moltenSalts):32020刘淑兰等.镧与镍共沉积的研究物理化学学报,1995,11(12):111021松田好晴等.有机溶液中电沉积形成氧化钇复合膜.表面技术(日),1995,46(12):119322BachirSetal.ElectroluminescenceofDy3+ionsinpolycrystalinesemiconductingzincoxide.JPhys.Chem,1995,99(15):567423KidoJ,NagaiK,OkamotoY.Organicelectroluminescentdevicesusingcomplexes.J.AloyandCompounds,1993,193:3024NotenPetal.OpticalswitchingofYhydridethinfilmelectrodes.J.Electrlchem.Soc.,1996,143(10):334825MohiteUK,etal.Electrosynthesisofytriumchalcogenidesfromanonaqueousbath.Appl.Surf.Sci.,1996,92:15126JundaleSB,LodhandeCD.ElectrosynthesisofSmTefilms.Mater.Chem.Phys.,1994,37(4):33327JodgudriSAetal.ElectrosynthesisofSnsulfideandYsulfidefilms.J.PureAppl.Phys.,1994,32(9):77228JanesRetal.Electrodepositionthinfilmofrareearthmetaloxocuprates.J.Mater,Chem,1996,6(2):18329BhatacharyaRNetal.YBaCuOsuperconductorthinfilmsviaanelectrodepositionproces.J.Electrochem.Soc.1991,138(6):164330TomkiewiczMetal.ElectrochemicaldepositionofhighTcsuperconductingthinfilms.ProcedingsoftheSocietyofPhotoOpticalInstrumentationEnginers,Vol.1287(1990):4831刘淑兰等.稀土阳离子在镀铬中的作用.材料保护,1994,27(9):432沈志龙.提高可焊性电镀锡铈合金工艺稳定性的方法.材料保护,1990,23(7):2833朱立群,胡如南.铈在锌镍合金电沉积中的作用.腐蚀与保护,1992,(3):1834成旦红.稀土元素在金属电沉积中的应用.电镀与涂饰,1995,14(1):4035郭忠诚等.电沉积NiCeiS非晶态合金.电镀与涂饰,1994,13(4):1836郭鹤桐等.电沉积AgLa2O3复合镀层.中国电子学会第三次学术年会论文集,199037稽永康,冲猛雄.从非氰镀液电沉积AgLa2O3复合镀层.表面技术(日),1995,46(3):25338郭忠诚等.稀土元素在复合电镀中应用及机理.电镀与环保,199515(4):1139彭晓等.NiLa2O3复合镀层的氧化行为及机制.中国稀土学报,1995,13(4):32840彭晓等.表面电沉积NiLa2O3复合镀层的Fe26CrlMo不锈钢氧化行为.中国稀土学报,1997,15(1):4041ArnotDR,HintonBandRyanNF.CationicfilmforminginhibitorfortheprotectionoftheAA7705alumiumaloyagainstcoorosioninaqueouschloridesolution.Corosion,1989,45(1):1242万景华,周家茵,周世光.稀土离子Sm对铝合金孔蚀行为的缓蚀作用研究.腐蚀科学与防护技术,1997,9(1):4443MuGNetal.EfectofmetaliccationsoncorosioninhibitionofananionicsurfactantformildstelCorosion,1996,52(11):85344YamanakaI,OtsukaK.PartialoxidationofalkanesandaromaticswithactivatedoxygenoveranSmCl3-embeddedgraphitecathode.J.AloyandCompounds,1993,193:5645ZhouY,PhilipsR,SwitzerJ.Electrochemicalsynthesisandsinteringofnanocrystalinecerium(IV)oxidepowers.J.Am.Ceram.Soc.,1995,78(4):98146ZhouY,SwitzerJ.Growthofcerium(IV)oxidefilmsbyelectrochemicalgenerationofbasemethod.J.AloysandCompounds,1996,237:147MurakamiYetal.Efectsofrareearthchloridesonthepreparationofporousrutheniumoxideelectrodes.J.AloysandCompounds,1996,239:11148OkabeTetal.ElectrochemicaldeoxidationofYOsolidsolutions.J.AloysandCompounds,1996,237:15049方国家等,Ce掺杂对SnO2薄膜的化学及气敏性能的影响.中国稀土学报1997,15(1):1150杨遇春,汪丽都,钱九红.稀土在中国高新材料研制开发中的应用.中国稀土学报,1996,14(1):72
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