简介：要满足轴承性能要求，以淬火硬化为目的的热处理是不可少的工序。热处理工序中所消耗的能源占轴承制造工序总能耗的25％左右。在当今世界，迫切需要应对地球变暖为首的环保问题，轴承的热处理工序也不例外，对降低环境负担的要求非常严格。对环境做出贡献，也就是节能，要求采取的对策是：热处理工序的高效化；从整个工程角度，以降低能耗为目的防止热处理变形的对策。本文围绕轴承典型的热处理方法及节能这一关键问题，简要说明热处理的高效化与低变形热处理技术。1轴承的热处理方法

简介：摘要本文主要研究了水热处理在MTO催化剂研发中的应用、水热处理分子筛的改变原理与水热处理设备的研制情况。同时阐述了水热处理在甲醇制低碳烯烃催化剂研发中的3个主要应用方向筛选分子筛水热稳定性、对刚生产的催化剂减活、对新鲜分子筛或催化剂老化减活，模拟工业催化剂的平衡活性、对分子筛催化剂改性，水热处理在甲醇制低碳烯烃催化剂开发中将具备更重要的实践价值。

简介：摘要 : 班主任工作很 繁琐，特别是突如其来的偶发事件，可能搞得班主任措手不及，十分恼火。但是咄咄逼人的训斥，尖酸刻薄的嘲讽，横暴野蛮的体罚，并不能显示出教育的威力，反而会暴露出班主任心理素质脆弱、情感素质浅薄。很多有经验的班主任能将问题消灭于萌芽状态，防患于未然，即使遇到突发事件，也能泰然处之、临阵不乱，在一颦一笑或娓娓而谈中使问题得到妥善解决。

简介：[篇名]SignificantincreaseinmachinepartdurabilityandlongevityduetothenewpatentedLincarb,LinterprocessandLinheattechnologies，[篇名]Lasersurfacetreatmentofsteels，[篇名]ForecastingofthePhaseTransformationHardenedZoneandGorrelationInfluenceFactorsintheSurfaceHeatTreatmentbyPlasma，[篇名]Fatigueandfracturebehaviorofalasersurfaceheattreatedmartensitichigh-nitrogentoolsteel，[篇名]Theoreticalmodelsofsurfaceheattreatmentofproductsinsolarfurnaces-1:uniformradiant-energyflux。

简介：[篇名]Doublethermochemicaltreatmentintoolmanufacturingfromstructuralsteel，[篇名]Lifetimepredictionofhelicoptergears:experimentalinvestigationsandcomputermodelling，[篇名]Fluidizedbedapparatusesforthermaltreatmentandclassificationofdispersematerials，[篇名]Experimentalrigofthermochemicaltreatmentscraptires，[篇名]Thermochemicaltreatmentofsteel20khuponcyclictemperaturechanges。

简介：[篇名]Relationsbetweenfracturetoughness,hardnessandmicrostructureofvacuumheat-treatedhigh-speedsteel，[篇名]Flexiblefurnaceconceptsforvacuumheattreatmentusinghigh-pressuregasquenching，[篇名]Effectofboronmicro-alloyingonmicrostructureandmechanicalpropertiesoffine-grainedCM247LCsuperalloy，[篇名]PROPERTIESOFPOLYCRYSTALSSINTEREDATHIGHPRESSURESFROMDIAMONDNANOPOWDERSPRODUCEDBYDETONATIONANDSTATICSYNTHESES，[篇名]TheEffectsofSteelQuality,VacuumHeatTreatmentQuenchRateandCharpyV-NotchImpactTestTemperatureontheImpactToughnessandMicrostructureofPremiumQualityH-13ToolSteel。

简介：[篇名]Heattreatmentoftheweldedjointsformainunitsofseaplatformsinthenorthsea，[篇名]FatigueLifeImprovementofStructuralElementswithFatigueCracks，[篇名]Newmaterialsandproductiontechnologiesforinnovativelightweightconstructions，[篇名]Effectsoftheelectronbeamlocalpost-wellheat-treatmentonthemicrostructureandpropertiesof30CrMnSiNi2Asteelweldedjoints，[篇名]Energyfromelectricresistanceheatersectionsoverthevesselsurfaceatlocalheattreatmentofringwelds。

简介：为了提高污泥中有机物和无机物的溶出率,改善污泥的厌氧消化效果,研究了水热温度对污泥中碳、氮、磷溶出的影响。结果表明：水热预处理加速了污泥固体有机物的溶出和水解,提高了污泥中碳、氮、磷的溶出效率。在水热温度为200℃的条件下,可溶性化学需氧量（SCOD）提高了168.76%,氨氮和总氮达到最大溶出率。污泥经过厌氧消化后,污泥中磷酸根和总磷的含量明显降低。

简介：比较分析了高纯氢氧化镁制备的方法，水热改性对其组织结构的影响及产品的应用及市场前景。

简介：Increasingtheefficiencyoflaserheattreatmentofalathetoolwithallowancefortheinfluenceofthecuttingregimes.Laserbeamcladdingcharacteristicsofhighchromiumcastirononcarbonsteel.Fourieropticalresearchonwide-bandscanningrotatingmirrorofthehighpowerlaser.LaserBeamCladdingCharacteristicsofWCDispersedHastelloyonCarbonSteel.

简介：SY508-3-01[篇名]Technologyforrecyclingmagnesiumalloyhousingsofnotebookcomputers,SY508-3-02[篇名]Effectsofsolutiontreatmenttemperatureongraingrowthandmechanicalpropertiesofhighstrength18%Nicobaltfreemaragingsteel,……

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简介：摘要在工业生产中针对金属材料的热处理是非常重要的一道工序，但是以往的热处理技术存在着能源浪费与环境污染等问题，目前热处理技术也逐渐向着绿色节能环保的方向发展，并且已经取得了一定成效。因此，针对金属材料的热处理技术现状及绿色节能新技术的应用进行研究，为促进工业生产的节能发展提供参考。

简介：[篇名]Developmentofmulti-layer,aluminum-tin-siliconalloybearingforautomotivedieselengine，[篇名]Simulationofphaseappearance,phasedissolution,andsoluteredistributiononmulticomponentaluminumcastingalloys，[篇名]Improvementoffatiguestrengthinaluminiumcastings，[篇名]Impactenergyabsorptionofmetalfoamwiththecontrolledmicrostructureunderdynamicloading，[篇名]EffectsofsolidsolutiontreatmentsonmicrostructureandmechanicalpropertiesofAM60BmagnesiumalloyswithREaddition，[篇名]TheeffectofheattreatmentandorientationonthemechanicalbehaviorofextrudedMg-Al-Znalloy，[篇名]Fatigueandfrettingfatigueofbiomaterial.Ti-29NB-13TA-4.6ZR,Inairandsimulatedbodyenvironment。

简介：Peculiaritiesofdeformationandstructureformationinnitrogen-containingsteelsofvariousstructuralkinds,FrictionalgripconnectionswithNiTiform-memoryalloys.Influenceofthepost-deformationannealingheattreatmentonthelow-cyctefatigueofNiTishapememoryalloys.StrengthEvaluationofAluminumAlloyBoltbyNano-IndentationHardnessTest.SuperplasticDeformationBehaviorof7075AluminumAlloy

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简介：MicrostructuralcharacterizationofaFSW7050Alalloy,Optimizationofmechanicalpropertiesofcastingsinaluminumalloyswithliquidhotisostaticpressing,DevelopingaprocessingrouteforgrainrefinementinanAl-6061metalmatrixcomposite,StaticrecrystallizationinAIalloysafterhotworking,Theinfluenceofdieshapeonthebehaviorofsurfhcerecrystallisation