简介:3Dprintingisdisruptingthedesignandmanufactureofelectronicproducts.3Dprintingelectronicsoffersgreatpotentialtobuildcomplexobjectwithmultiplefunctionalities.Particularly,ithasshowntheuniqueabilitytomakeembeddedelectronics,3Dstructuralelectronics,conformalelectronics,stretchableelectronics,etc.3Dprintingelectronicshasbeenconsideredasthenextfrontierinadditivemanufacturingandprintedelectronics.Overthepastfiveyears,alargenumberofstudiesandeffortsregarding3Dprintingelectronicshavebeencarriedoutbybothacademiaandindustries.Inthispaper,acomprehensivereviewofrecentadvancesandsignificantachievementsin3Dprintingelectronicsisprovided.Furthermore,theprospects,challengesandtrendsof3Dprintingelectronicsarediscussed.Finally,somepromisingsolutionsforproducingelectronicswith3Dprintingarepresented.
简介:Dy3+/Eu3+共掺杂的立方格子NaYF4单晶在~Φ×1厘米大小为10厘米高质量的改进布里奇曼法用氟化钾(KF)作为助熔剂生长。射线衍射(X射线衍射),吸收光谱,激发光谱和发射光谱测量的晶体的相位和发光性能的晶体。分析了激发波长和Dy3+和Eu3+离子浓度对发光特性的影响。NaYF4单晶的掺杂摩尔浓度的1.205%和0.366%的Eu3+,Dy3+具有优良的白色发光的色度坐标x=0.321,y=0.332。这表明Dy3+/Eu3+共掺的立方格子NaYF4单晶可以潜在的发光材料的紫外(UV)光激发的白光发光二极管(LED)。