rubrene

基本解释

When the concentration of rubrene is 0.5% ,device CIE is (0.31,0.34),very near the equal energy point of white light.
器件在摻襍濃度爲0.;5%25時;色坐標爲(0
Device D: ITO/NPB(45 nm)/NPB:rubrene(5 nm, 1 wt% against NPB)/rubrene/Alq3(10 nm)/rubrene /Alq3(10 nm)/BCP(9 nm)/Alq3(30 nm)/LiF/Al.
器件D: ITO/NPB(50 nm)/Alq3 : DPVBi : DCJTB(10 nm)/Alq3(40 nm)/LiF(1 nm)/Al(200 nm)。
The structure of the devices are ITO／NPB／TPBi：Rubrene／Alq／Mg：Ag and ITO／NPB／DPVBi：Perylene／Alq：DCJTB／Mg：Ag.
另一種爲藍色染料和紅色染料分別加在發光層與電子傳輸層中的普通3層結搆器件。
The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.
本文對rubrene單摻襍層的有機白光器件的性能和發光機理進行了研究。
As a result, it’s a crucial issue to get the comprehensive knowledge about the charge transport properties of rubrene thin films.
因此，對紅熒烯薄膜的電荷輸運性質有全麪的認識是關鍵所在。