简介：Inthepresentpaper,novelsidewallmaterialsforaluminumreductioncellwerepreparedinairusingmagnesiaandmagnetiteasstartingmaterials.ThesinteringbehaviorsofthespecimenswereinvestigatedbymeansofX-raydiffraction(XRD)andscanningelectronmicroscope(SEM).AndcorrosiontestsinaNa_3AlF_6-AlF_3-K_3AlF_6bathwereconductedtoevaluatetheelectrolytecorrosionresistance.TheresultsshowthattheFe_3O_4phaseistransformedintoFe_2O_3athightemperatures,whichinturnreactswiththeMgOaddedtoformMgFe_2O_4spinel.AndwithincreasingtheMgOcontentfrom0to30mass%,densificationofthespecimensdecreasesmainlyduetolargervolumeexpansionresultingfromformationofmoreMgFe_2O_4.ThecorrosiontestsshowthatcorrosionlayersareproducedinalltheMgOaddedspecimens.However,forspecimenscontainingMgFe_2O_4phaseonly,Mg(Al,Fe)_2O_4compositespinellayersarealsogenerated,whichremarkablyimprovethecorrosionresistanceofthespecimens.

简介：以“更加智能”为主题，威猛巴顿菲尔在K2016展会中展出了一系列创新产品，其中包括以下最新推出的3款新机型。

简介：尽管3D打印机正在迅速被世界各地的制造商所接受,但是与许多其它生产技术相比,3D打印技术至少在一个方面还有所不足:材料的多样性。简单地说,大量常用的工业材料仍然不能用于3D打印,这就大大限制了该技术的应用范围。如今,高分子工业巨头3M在这方面获得了实质性的突破——通过一项新的专利技术,他们成功地实现了全氟PTFE聚合物的3D打

简介：简介了神华宁煤杭氧6×101500m~3/h空分设备现场安装概况,叙述了101500m~3/h空分设备的技术参数与工艺流程特点,重点介绍了杭氧空分项目部对空分设备现场安装质量的管理。

简介：Siliconcarbide(SiC)-alumina(Al_2O_3)-mullite(Al_6Si_2O_(13))compositepowderwassuccessfullysynthesizedat1550℃for5hviacarbothermalreductionreaction,andtheeffectsofvariousmassratiosofactivecarbontoflyash(0.38,0.44and0.58)onthephasecompositionandmicrostructureofproductswereinvestigated,andtheformationprocessofthepowderwasalsoanalyzedindetail.Theproductsmainlyconsistofβ-SiC,α-Al_2O_3,Al_6Si_2O_(13)andFeSi.IncreasingcarboncontentfavorsthedecompositionofAl_6Si_2O_(13)andformationofSiC.Theaverageparticlesizeofβ-SiCandα-Al_2O_3isabout1μmandthatofAl_6Si_2O_(13)is5-10μm.TheformationprocessofSiC-Al_2O_3-Al_6Si_2O_(13)powderincludesthedecompositionofmulliteinflyashandformationofSiC.

简介：近日，纳尔科，艺康集团的子公司，在中国大陆和港澳台地区，正式推出新一代3DTRASARTM冷却水技术。该项行业领先的技术凭借强大的自动化技术和二十四小时全天候服务，能够满足来自客户越来越高的冷却水系统运行管理的要求。