简介：包含Pechini方法和火花血浆sintering(SPS)方法的一条典型途径为高密度Li5+xSrxLa3xBi2O12的准备被介绍(x=0，1)陶艺。阶段形成，微观结构，谷物尺寸和标本的电的性质用XRD，SEM和交流电阻抗光谱学(酸)被检验。有纯像石榴石的阶段，97%的相对密度和大约5m的平均谷物尺寸的稠密的Li5La3Bi2O12和Li6SrLa2Bi2O12陶艺用这条途径被制作。在陶艺由SPS方法准备了的Li5La3Bi2O12和Li6SrLa2Bi2O12的298K的全部的传导性是5.1吗？？

简介：TheeffectoftitaniumadditiononthemicrostructureandmechanicalpropertiesofbrassCu40Znhasbeenstudiedviathepowdermetallurgy(P/M)route.Thewater-atomizedCu40Zn—1.0wt%Tialloypowderwasconsolidatedatdifferenttemperaturesintherangeof400—600℃usingsparkplasmasintering(SPS)andhotextrusionsubsequently.Resultsshowthatthesuper-saturatedsolidsolutiontitaniumelementinrapidlycooledbrassCu40Znpowdercreatedhighchemicalpotentialforaprecipitatereaction,showingsignificantgrainrefinementeffectsontheconsolidatedCu40Znmatrix.Consequently,excellentmechanicalpropertieswereobtainedbyprecipitationhardeningandworkhardeningaftersinteringandextrusion,withyieldstrengthof390MPa,ultimatetensilestrengthof617MPa,andVickersmicro-hardnessof192HV,whichare28.7%,23.4%,and23.9%highervaluesthanthoseofextrudedCu40Znbrass,respectively.