简介:[篇名]Chromate-freeconversioncoatingsforaluminum,[篇名]Chrome-FreeConversionCoatingforinServiceRepairofAircraftComponents,[篇名]Chromiumremediationorrelease:effectofiron(Ⅱ)sulfateadditiononchromium(Ⅵ)leachingfromcolumnsofchromiteoreprocessingresidue,[篇名]Coatingsteelwiresbypolymersinhydrodynamicdrawing,[篇名]Compositionofchromateconversioncoatingsformedonmulti-layeredthinfilmsofAA2024-T3matrixandAl{sub}2Cu,Al{sub}CuMgandAl{sub}20Cu{sub}2(MnFe){sub}3,[篇名]Conversioncoatingscienceandtechnology:isitevolvingorisitstuck?[篇名]Corrosionandbiofoulingcontrolinrefinerycoolingwatersystemusingsewagewaterasamakeup.
简介:Corrosionbehaviorandgalvaniccouplingofstainlesssteels,titanium,andalloy33inlithiumbromidesolutions;Corrosioninhibitionofalmninumandaluminumalloysbysolublechromates,chromatecoatings,andchromate-freecoatings;Corrosionofchromateconversioncoatingsonaluminumalloysinelectronicequipment;CorrotectRustpreventionforrollingbeatingsandprecisionparts;Cr(Ⅲ)oxidationwithleaddioxide-basedanodes
简介:[篇名]InfluenceofWCadditionanmicrostructuresoflaser-meltedNi-basedalloycoating,[篇名]MicrostructureanddryslidingwearbehavioroflasercladNi-basedalloycoatingwiththeadditionofSiC,[篇名]PreparationofAdvancedLithiumSecondaryBatterieswithTin-IronAlloyPlatingAnodesandTheirCharge-DischargeBehaviors,[篇名]SnAg-alloycoatingforconnectorsandsolderingapplications,[篇名]Structureandpropertiesofwear-resistanttitaniumcarbonitride-basedcoatings,[篇名]TheanalysisofthedepositionmechanismofZn/NialloyplatingusinganEQCM,[篇名]Theeffectofheattreatmentonwearresistanceofpartshavinghard-alloycoating.
简介:AdvancedLithiumSecondaryBatteriesUsingTin-IronAlloyNegativeElectrodesPreparedbyElectroplating;CavitationerosionofTi-Nishapememoryalloycoating;Effectsoffueldyeonthehotcorrosionresistanceofmarinegasturbinematerials;EffectsofphosphorouscontentsandambienthumidityonthefrictionandwearpropertiesofNi-W-PalloyplatingFrictionandwearofelectrolessNialloyplatedgearundernon-lubricationconditioninhighvacuum
简介:站场的区域阴极保护由于被保护体多,分布复杂,电流需求量大,边界条件复杂,其设计和实施存在较大难度。本文介绍了达坂城中间热泵站区域阴极保护的设计思路和实施过程,并对实施后的阴极保护系统参数进行了现场测试。现场测试结果表明,对于已建采用接地模块作为接地的站场,接地模块虽然泄露一定量的阴极保护电流,但可以通过增加阳极系统的数量进行抵消,不必进行拆除。此外,实际结果证明,采用边设计边调整的设计思路是可行的。
简介:通过对锌铝涂层+封闭层所组成的复合涂层体系在3.5%NaCl进行浸泡实验,改变封闭层醇酸树脂的粘度确定对复合涂层增重量的影响。经过理论分析,从而说明封闭层粘度变化对复合涂层腐蚀机理的影响。