简介：为了解决预制棒直径的增加和拉丝速度的提高所带来的光纤内部应力增大的问题,提出利用退火炉改善光纤内部应力的方法,并且从理论上分析了应用退火工艺改善光纤内部应力的原理。通过对比实验,得到退火工艺对光纤衰减、翘曲特性和光纤脆性的影响。在退火工艺条件下,所制得的光纤在1310、1550nm波长的衰减典型值分别为0.317dB/km、0.182dB/km,翘曲度值在14m以上,光纤的剥纤断纤率降低到0.08%。

简介：Noveltopologyforparallelconnectionofsoft-switchinghigh-powerhigh-frequencyinverters.ElectricalandstructuralcharacterizationoftheinterfaceofwaferbondedInP/Si.ModelingandcontrolforrapidthermalannealinRTP.MINIMISATIONOFPSURFACESEGREGATIONDURINGEPITAXIALSILICONGROWTHFORTHEFABRICATIONOFASILICON-BASEDQUANTUMCOMPUTER.Electricalandstructuralinvestigationofbondedsiliconinterfaces

简介：[篇名]MechanismofthesuppressionofZrsilicideformationinpoly-Si/ZrON/ZrSiON/Sistructure，[篇名]MICROSTRUCTUREANDMECHANICALPROPERTIESOFINTERNALLYOXIDIZEDAg/1.12AT.%Mg，[篇名]Improvingrecrystallizationresistanceinwroughtaluminumalloyswithscandiumaddition，[篇名]Interactionofinterface-trapslocatedatvarioussitesinMOSFETsunderstress，[篇名]ActivationofMgacceptorsinGaN:Mgmonitoredbyelectronparamagneticresonancespectroscopy

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简介：SY508-3-59[篇名]ASelf-Aligned,ElectricallySeparableDouble-GateMOSTransistorTechnologyforDynamicThresholdVoltageApplication，SY508-3-60[篇名]Anomalousphosphorousdiffusion，……

简介：[篇名]OpticalandElectricalGasSensingPropertiesofIn{sub}xO{sub}yN{sub}zFilms，[篇名]InfluenceoftheannealingprocessonpropertiesofCu/BCN/p-Sistructure，[篇名]LASER-ULTRASONICCHARACTERIZATIONOFTHEANNEALINGPROCESSOFLOW-CARBONSTEEL，[篇名]LongLength{110}<110>TexturedAgTapesforBiaxiallyOrientedYBa{sub}2Cu{sub}30{sub}7CoatedConductors，[篇名]Lowtemperaturecrystallizationofgermaniumonplasticbyexternallyappliedcompressivestress，[篇名]Pb-FreeBumpingbyAlloyingElectroplatedMetalStacks

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简介：SY508-3-77[篇名]Anewapproachforhandlingandtransferringofthinsemiconductormaterials，SY508-3-78[篇名]ANEWMETHODOFDETERMINATIONOFOXYGENDIFFUSIVITIESINPOLYCRYSTALLINEFERRITEANDITSVERIFICATIONBYANUCLEARMICROANALYSISMETHOD……

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简介：SY508-3-69[篇名]AnnealingeffectontherecoveryoftrainingeffectinFeO{sub}x/CoFepolycrystallinesystems，SY508-3-70[篇名]Characterizationofthemetastableausteniteinlow-alloyFeCMnSiTRIP-aidedsteelbyneutrondiffraction，……

简介：Mechanical,electrochemicalandtribologicalpropertiesofnano-crystallinesurfaceof304stainlesssteel.Microstructureandtextureofaluminiumalloysandannealingalloys3105and3015duringcoldrollingandannealing,PropertiesofMgB{sub}2FihnsGrownbyMeansofDifferentVaporPhaseTechniques.PropertiesofSow-temperatureytterbiumcondensatesgrownInamediumofgaseoushelium.PtMncharacteristicsforspin-valveapplication

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