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1、RoleofelectrolessnickeldiffusionbarrieronthecombinatoTialplatingcharacteristicsofdensePd/Ni/PSScompositemembranesMuraliPujari,AmritaAgarwal,RamgopalUppaluri化学镀镰扩散阻挡层的致密耙/镰/PSS复合膜的复合镀层作用特点（作者）Pujari,AmritaAgarwal,RamgopalUppaluriarticleinfo文章信息.Keywords:Electrol
2、essplatingSonicationSurfactantPdcompositemembraneInterdiffusion关键词：化学镀超声表而活性剂锂复合膜互扩散Abstract:ThisworkaddressesthecombinstorialplatingcharacteristicsofdensePd/Ni/porousstainlesssteel（PSS）compositemembranesincomparisonwithPd/PSSmembranes.WhilePd/PSSmembranesweref
3、abricatedusing0.1mnominalporesizePSSsupports,Pd/Ni/PSSmembraneswerefabricatedusing0.5and0.1-
4、mnominalporesizePSSsupports.BothNiandPdfilmsweredepositedusinganidentifiednovelelectrolessplatingprocessthatcharacterizestheoptimalutilizationofsurfactant,sonicationand
5、reducingagentcontactingpatterninPdelectrolessplatingbaths.ItwasobservedthatthecombinatorialplatingcharacteristicsforPd/Ni/PSSmembranesweresignificantlydifferentandpoorerincomparisonwiththoseobtainedforthePd/PSSmembranes.Insummary,ithasbeeninferredthattheintrodu
6、ctionofnickelinterdiffusionbarrierwasnotfruitfultoreducethecriticalthicknessofdensePdfilmwithoutjeopardizingupontheporedensification.摘要：摘要：这个实验解决了用Pd/PSS膜比较致密的Pd/W/多孔不锈钢（PSS）复合膜的组合电镀特点。而锂/PSS膜用0.1M标称孔径的PSS支持制造，耙/镰/PSS膜进行使用0.5m和0.Im制备米标称孔径的PSS支持。两者Ni和Pd膜使用鉴定新颖的化
7、学镀工艺表征的表而活性剂，超声处理的最佳利用和还原剂在耙电镀浴接触图案沉积。据观察，对于锂/镰/PSS薄膜的组合电镀特征是显著不同，与含量少那些锂/PSS薄膜获得比较。总之，已经推断，在引入镰互相扩散阻挡并不很有成效减少致密Pel膜的临界厚度，而不经孔隙致密化损害。Introduction：介绍：Incomparisonwithpurepalladiumfoils,palladiumcompositemembranespossesssuperiorcombinationsofhydrogenpermeability,
8、separationfactor,mechanicalstrengthandcost[1,2]・Typically,palladiumcompositemembTanesrefertoatbindensePdfilmdepositedonamacroporoussupportsuchasaluminaorsinteredstainlesssteelorinconel[3,4].Amongstvarioustypesofmacro-poroussupports,porousstainlesssteel(PSS)ispr
9、omising.Thisisduetoitsseveraladvantagessuchasbettermechanicalstabilityandeasetosealthroughweldingtechnologiesinexperimentalinfrastnjctwre[5-7].Thelifecycleofpalladiumcomposi
