1. Moreover, we make the devices with double emitting zone by doping 1wt% DCJTB to verify the NPB: rubrene layer near the interface of NPB: rubrene/Alq3: rubrene was the dominant emitting zone.
   而且我们利用DCJTB红光染料作为检测剂，确证了对于双发光区梯度掺杂器件，在靠近NPB:rubrene/Alq3: rubrene 界面处的 NPB:rubrene 层是主要的发光区的结论。
2. The mechanism of incomplete energy transfer and directly carriers capture by rubrene was existed in this WOLED simultaneously.
   本文对rubrene单掺杂层的有机白光器件的性能和发光机理进行了研究。

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