中文摘要：

采用以含ITO导电层的柔性透明PET基片作为衬底，荧光材料TBPe、Rubrene分别掺杂在主体材料CBP和Balq中作为蓝色发光层和橙红色发光层，制备了双发光层白色柔性有机电致发光器件（FOLED）。通过适当调节发光层的掺杂比例和厚度，得到了发光性能理想的白光器件。测量表明，制备的器件色稳定性很好，色度随外加驱动电压在很大范围内变化很小，且其色坐标均非常接近于白色等能点。当电流密度为50mA／cm^2时，器件最高外量子效率达到0．9％。通过抗弯折性能的测试证明，可以基本实现柔性显示的目的。

英文摘要：

We designed a device of new multblayer structure and carried out the experiments on white light-emitting. The structure of the device is PET/ITO/PVK：TPD/CBP：TBPe（20nm）/BAIq：Rubrene （10 nm）/BCP（15 nm）/Alqa （25 nm）/ Mg：Ag（1 000 nm）/Ag（20 nm）. The bright and steady light emitting is obtained,and the brightness of the devices comes to 3 500cd/m^2 （at driving voltage of 18 V）. The commission international De L＇ Eclariage（CIE） coordination of the devices is very stable at （0.34, 0.33） while the applied voltage varies from 9 V to 13 V. The maximum quantum is 0.9%. The white- light-emitting characteristics of the devices are explained by the diagram of current density-voltage,optical current-voltage and current density-quantum efficiency, which are measured using Keithley 485 Picoammeter and 2400 SourceMeter. Last, we also discuss the emitting mechanism of the material and the devices.