简介：摘要：随着现代机械制造业的发展，高精度齿轮作为重要的机械传动部件，其精度和耐磨性要求越来越高。为了提高齿轮的性能和使用寿命，表面处理技术成为了一种重要的手段。离子渗氮作为一种常见的表面处理方法，可以在金属表面形成氮化物层，从而显著提高材料的硬度、耐磨性和耐蚀性。

简介：SY509-3-36[篇名]Corrosionbehaviorandstructureofstainlesssteelsafterlowtemperaturenitriding；SY509-3-37[篇名]CrystalfieldinhydrogenatedandnitrogenatedSmFe{sub}1ITicompound……

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简介：AnomalousLeakageCurrentinSilicon0xynitrideThinFilmsGrownbyMicrowaveExcitedNitrogenPlasmaNitridation.Applicationoftheexplosivemethodforcreatingnitrogenlayers；Brightplasmanitridingofferriticsteelwithseveralalloyingelements；Cleaningasthemostimportantsteptowardssuccessfulheattreatment

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简介：[篇名]ActivatedMigrationSintering，[篇名]Activationofsteelsurfacesbyoxynitriding，[篇名]Activescreenplasmanitridingtechnology，[篇名]AdvancedPlasmaNitridingforAluminumandAluminumAlloys，[篇名]Ananti-corrosionandwear-resistingcompoundingnitridedlayeronprecisepressedpartsofsoftsteels，[篇名]Anexperimentalstudytocorrelatewaterjetimpingementerosionresistanceandpropertiesofmetallicmaterialsandcoatings，[篇名]AnInfluenceofSonBombardingontheEffectsofNitridinginD.C.GlowDischargePlasma。

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简介：CharacteristicsofsiliconoxynitridesmadebyECRplasmas；CharacterizationandcomparisonofPECVDsiliconnitrideandsiliconoxynitridedielectricforMIMcapacitors；CharacterizationofsiliconoxynitridethinfilmsdepositedbyECR-PECVD；Characterizationofsiliconoxynitridesandhigh-kdielectricmaterialsbyangle-resolvedX-rayphotoelectronspectroscopy

简介：[篇名]3-inchfull-colorOLEDdisplayusingaplasticsubstrate,[篇名]AsignificantimprovementinmemoryretentionofMFISstructurefor1T-typeferroelectricmemorybyrapidthermalannealing,[篇名]Accuratereliabilityevaluationofnon-uniformultrathinoxynitridcandhigh-klayers,[篇名]Advancedgatedielectricmaterialsforsub-100nmCMOS,[篇名]AINfilmscpitaxialyformedbydirectnitridationofsapphireusingaluminumoxynitridcasabufferlayer,[篇名]Amorphoussilicon-oxynitridcsubmicronfibres,[篇名]CharacteristicsofCr-Al-N-Othinfilmspreparedbypulsedlaserdeposition.

简介：Characterisationandapplicationoftitaniumcarbonitride-basedcuttingtools；Compositeceramicsandcoatingsfortribotechnicalapplication；Crystallizationofpolymer-derivedsiliconcarbonitrideat1873Kundernitrogenoverpressure；1Effectofcoolingconditionsonplasma-carbonitridedironsurfaces

简介：SY509-3-64[篇名]DegradationandSILCeffectsofRPECVDsub-2.0nmoxide/nitrideandoxynitridedielectricsunderconstantcurrentstress；SY509-3-65[篇名]EffectofMicrostructuralVariablesontheErosionofSiliconNitrideCeramics……

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简介：SY509-3-50[篇名]Effectofnicotridingconditionsontheoperatingpropertiesofsteels；SY509-3-51[篇名]Enhancedcarburizingusinganovelaccelerant；……

简介：[篇名]Astudyonfrictionandwearbehaviourofcarburized,carbonitridedandboridedAISI1020and5115steels,[篇名]AlloyCarburizationatTemperaturesof1,200-2,100F(650-1,150℃),[篇名]Amorphoussiliconcarbonitridefibersdrawnfromalkoxidemodifiedceraser,[篇名]Bearingswithincrcasedreliability,[篇名]Brightoutlookforhardcoatings,[篇名]Carbonitridccoatingbylow-temperaturediffusionprocess,[篇名]Carbonitridcnanomaterials,thinfilms,andsolids.

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简介：采用表面机械研磨处理（SMAT）技术实现了38CrMoAl钢的表面纳米化,并对表面纳米化后的样品进行了490℃离子氮碳共渗。采用扫描电镜、X-衍射、透射电镜、显微硬度仪等分析和测试手段,对处理后的样品进行观察分析及性能测试。结果表明：经SMAT处理的样品实现了低温离子氮碳共渗,渗层中渗入较多的氮、碳原子,并析出大量细小的高硬度化合物,获得了较好的硬度分布。

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