简介：与Pb涂的Ninanoparticles(Zr，Ti)O3(PZT)被一个大音阶的第五音胶化方法并且在situ反应综合。并且他们的结构，氧化抵抗，和电磁的性质被调查。X光检查衍射模式(XRD)展出了那描绘到Ni的掺杂的阶段的小数量(哦)2从对待氨的Ninanoparticles和与PZT涂的对待氨的Ninanoparticles被检测。在与水的氨被预先对待以后，PZT涂层层在厚度是更多的制服和大约10nm。与非对待的的相比，与PZT涂的对待氨的Ninanoparticles的氧化抵抗被大约66桰獯獩
改进

简介：Novelcore-shellhydroxyapatite/chitosanbiocompositenanospheresweresynthesizedinamultipleemulsion.Themultipleemulsionwasaw/o/wemulsion,madeofdiammoniumphosphatesolutionasaninneraqueousphase,cyclohexaneasanoilphase,andcalciumnitratesolutionandchitosansolutionasanouteraqueous.Theformingmechanismofcore-shellspheresandtheinfluenceoftemperatureonthemorphologyofthenanosphereswereinvestigated.Thediameteroftheresultingcore-shellnanosphereswas100-200nmandthethicknessofthechitosanshellwasabout10nm.Anditconcludedthatatdifferentreactiontemperaturethemorphologiesoftheproductswouldbechanged.Thecore-shellnanosphereshavepotentialapplicationsforthedevelopmentofnewbiomedicalmaterials.

简介：1968年7月18日，Bobert　Noyce、Gorden　Moore和Andy　Grove在硅谷共同创立了Intel公司，在之后长达38年的辉煌历程中，Intel逐渐确立了其在半导体芯片领域的领军地位、2006年7月27日，Intel全新Core2Duo处理器的发布，宣告了统治Intel微处理器长达13年之久的Pentium时代就此终结，而它也将微处理器技术带入了一个崭新的酷睿2时代。

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简介：Theindustrialmanufactureprocessesofthreekindsofrollcoreusedductileironshavebeeninvestigatedviasystematicalexperiments.EffectsoftheratioofC/Si,pigiron,nodularizerandalloyingmethodonthemicrostructureandmechanicalpropertiesoftheheavysectionductileironhavebeenanalyzed.IthasbeenfoundthatwhentreatedwithRE-MgplusSb,highqualitynodularcastingscanbeproducedevenifmuchantispheroidizingalloyelementsareincludedinthepigiron.ThealloyelementSbplayedanimportantroleinthecontrolofgraphitemorphology.

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简介：Mechanicalpropertiesofepoxyresinwereinvestigatedbyaddingcore-shellelasticparticles(CSEP).Theresultsindicatedthatoptimizedcore-shellratiowas60/40andtheloadingvolumeofCSEPwas10phr(perhundredpartsofepoxyresinbyweight).Theimpactstrengthofmodifiedsystemsincreasedapparentlywiththedecreaseofcoresizes.However,theshearingstrengthchangedgentlywiththeparticlesizes.CSEPwithlightlycrosslinkedrubberycoreshowedmoreeffectivenessontoughnessthanothers.Withsolutionblending,CSEPcouldbedispersedinepoxymatrixwell,andthemorphologiesofdispersedrubberdomainswerecontrolledperfectlybyCSEPwhosestructurewaspredesigned.Acavitation-shearingbandtoughnessmechanismwasobservedfromtheSEMmicrographsoffracturesurface.Italsowasfoundthatthedeformingtemperature(DT)ofmodifiedepoxydidnotdeclineapparently.

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