简介：一些材料的weldability在这篇论文用简单精明的节目被分析，并且测试数据的weldability通过数据库系统被分享。焊接过程与专家系统的帮助被设计，并且知识在焊接工程师之中被分享。不仅焊接文件的准备进步根据现在的过程资格记录(PQR)在资格测试的必要性上与数据库系统而且复杂决定被完成，制造代码被做。而且，当有足够的测试数据训练模型时，人工的神经网络(ANN)技术被证明是预言焊接关节的机械性质的有效方法之一。最后，在为焊接关节的微观结构建模的成就被介绍，特别在固体在影响热的地区(HAZ)和焊接熔融的水池的转变和谷物生长。

简介：Basedonsoundabsorptionmechanismofmaterial,thespecialsoundabsorptionmaterialCEMCOMforroadsoundinsulationisintroduced.Thishighsoundabsorptionmaterialismainlycomposedofexpandedperlite.Usingmultiplesoundabsorptionstructurecanimprovesoundabsorptionpropertyofmaterial.Accordingtothepreparationprincipleanddurabilitydesignofmaterial,anewkindofmaterialwithlowcostandhighdurabilityisdeveloped.

简介：NiOOHnanosheet/graphenehydrogels(HNiOOH/GS),withmesoporousNiOOHnanosheetsuniformlydispersedwithinthehighlyin-terconnected3Dgraphenenetwork,areconstruct-edandstudiedforthefirsttimebyamixedsolvo-thermalandhydrothermalreaction.Theeffectofsol-ventcompositiononthemorphology,phase,anddispersibilityofnanocrystalandhydrogelstrengthis

简介：NiTialloyisproducedbymechanicalalloying(MA).Itbecomesamorphousaftermillingforenoughtime,suchas100hinthispaper.DSCmeasurementshowsthatthecrystallizationtemperatureis676Kfortheamorphouspowder.Activationenergyofcrystallizationis199.98kJ/molforMApowder,whichislowerthanthatofamorphouspreparedbymagnetronsputtering.Avramiparameterofcrystallizationis1.07.

简介：Graphene由于它的非凡的物理、化学的性质在许多应用与大潜力作为新碳nanoform出现了。特别，graphene和它的衍生物也作为新部件在生物医学的领域里正在获得很多兴趣为生物传感器，织物工程，和药交货。这评论介绍graphene，graphene的简历效果和它的衍生物的唯一的性质，特别和房间的他们的相互作用和为癌症诊断和治疗的基于graphene的生物传感器和nanomedicines的发展。

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简介：Fromtheprocessofsedimentationthemathematicalrelationshipsamongdepositionvolumeandpowderpropertiesaswellassedimentationparameterswerededuced.Basedontheformulaamathematicalmodelwassetupandsimulatedthroughthecomputer.AtlastthevalidityofmathematicalmodelwassupportedbytherepresentativeexperimentonTi-MosystemFGMpreparedbyco-sedimentation.

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简介：Anewconceptfordevelopmentofmetallicbiomaterialsisproposedinthisarticle,i.e.,acertainbio-functioncanberealizedforametalimplantthroughcontinuousreleaseofadesignedbio-functionalmetalelementfromsurfaceofthemetalimplantinthebodyenvironment.ThiscreativeideahasbeenverifiedtobepossiblebyseveraldifferentinvitroandinvivoexperimentalevidencesontheCu-bearingstainlesssteelsandmagnesiumbasedmetals.ItwasindicatedthatatraceamountofCureleasefromtheCu-bearingsteelscouldhaveobviousbio-functionsofreductionofthein-stentrestenosis(ISR),anti-bacterialinfection,inhibitingtheinflammatorycellsandevenpromotingtheearlyosteogenesis.Furthermore,thedegradationofmagnesiumbasedmetalsinbonescouldpromotethenewboneformation,enhancethebonemineraldensityfortheosteoporosismodeledanimal,andevenhavestronganti-bacterialabilityandstrongcytotoxicitytobonetumorcellsduetotheenhancementofpH.Specialbio-functionwithsatisfiedload-bearingcapacityformetallicbiomaterialswillbringhigherapplicationvaluesfortheimplantmadeofthisnovelmaterial.Thisisanattractivedirectionforresearchanddevelopmentwithmanychallenges,butthefinalsuccesswillbemuchbeneficialtothemajorityofpatients.

简介：由使用焊接电线的镍，焊接弧的以铁酸盐为主要成的可锻的铁的部分熔化地区(PFZ)和焊接金属的机械性质的寒心的趋势上的alloying的效果系统地被学习了。在这个基础上，为以铁酸盐为主要成的可锻的铁(QT400-17)的弧焊的一个新镍电极第一次被开发。它的焊接金属的机械性质能以铁酸盐为主要成的可锻的铁匹配那些。在PFZ的碳化物层(WCL)的宽度显著地被减少，焊接关节有优秀马赫无能，焊接金属有高热的抗碎裂性。(编辑作者摘要)3个裁判员。

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简介：与优秀biomechanical相容性开发新钛合金是一个重要研究方向外科植入材料。现在的纸总结生物医学的钛合金的国际研究和开发。瞄准增加biomechanical相容性，它也介绍合金设计的探索和改进，机械处理，微观结构和阶段转变，并且以后最后为关于生物医学的钛合金的科学研究构画出方向。

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简介：Ag-TiAlintermetallicalloy,Tie45Ale2Nbe2Mn(at.%)e0.8vol.%TiB2,hasbeenprocessedfromgasatomizedprealloyedpowderbyfieldassistedhotpressing(FAHP).Aninitialanalysisoftheprealloyedpowderhelpedontheunderstandingoftheintermetallicsinteringbehavior.Atomizedpowderconsistedofametastablephasethattransformedintoa2tgequilibriumphasesbythermaltreating.Differentpowderparticlemicrostructureswerefound,whichinfluencethemicrostructuredevelopmentoftheFAHPg-TiAlmaterialdependingonthesinteringtemperature.Duplex,nearlylamellarandfullylamellarmicrostructureswereobtainedatthesinteringtemperaturesabove1000C.Lowerconsolidationtemperatures,below1000C,ledtotheformationofanAlrichphaseatpowderparticleboundaries,whichisdeleterioustothemechanicalproperties.Highcompressiveyieldstrengthof1050MPawasobservedinsampleswithFAHPduplexmicrostructuresatroomtemperature.Whereasnearlylamellarandfullylamellarmicrostructuresshowedyieldstrengthvaluesof655and626MPaatroomtemperatureand440and425MPaat750C,respectively,whicharesuperiorincomparisontosimilaralloysprocessedbyothertechniques.Theseexcellentpropertiescanbeexplainedduetothedifferentvolumefractionsofthea2andgphasesandtherefinementofthePMmicrostructures.