简介:PhaseFormationandMicrostructureofTitaniumOxidesandCompositesProducedbyThermalPlasmaOxidationofTitaniumCarbide.Stroctureandpropertiesofthehardenedcarburizedlayeroflow-carbonchromium-nickelsteelafterquenchingindiffcrentmedia-PartⅠ.Experimentalsetupforthermalfatiguetestingofsteelsforthecastingtools.
简介:[篇名]FabricationofTexturedAgSubstrateforYBCOCoatedConductor,[篇名]Quenchingofphotodarkeninginmetal-dopedchalcogenideamorphousfilms,[篇名]Quenchingofsingletmolecularoxygen(-△{sub}g)byvitaminsandpolyphenolsstudiesbytime-resolvedESR,[篇名]Vacuum-Heat-Treatmentofhot-worksteel,[篇名]QuantumconfinedstarkeffectinGaInNAs/GaAsmnultiplequantumwells。
简介:SY508-3-133[篇名]ATOMICORDERINGANDMAGNETICPROPERTIESINTHENd{sub}50Fe{sub}40Al{sub}10MELT-SPUNRIBBONS,SY508-3-134[篇名]Audiblenoise,contacttemperature,lifeandmicrofractureofdryrollingsurfacesusingDIN100Cr6steel,……
简介:通过实验解读微淬火(超临界淬火)的本质:α→γ相变与磁畴瓦解同步;(高温型)板条马氏体相变与"司南鱼"超磁化共生;微淬火(微观层面)囊括了所有已知超塑形变类型,是获取(宏观层面)高频热轧超塑性的最佳工艺;微淬火高频热轧超塑性无须具备诸多苛刻条件,是一种独特的理想的超塑性。