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Improved Performance by Modification of Cathode in Polymer Light-Emitting Diode Based on a Novel Se-Containing Electroluminescent Copolymer

机译:基于新型含硒电致发光共聚物的聚合物发光二极管中阴极的改性提高了性能

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摘要

The electroluminescent characteristics of polymer light-emitting diodes (PLEDs) with the structure ITO/PEDOT/ PFO-Selenophene copolymer/cathode were investigated. Various cathodes, such as Al, Li/Al, Ba/Al, LiF/Al and LiF/Ba/Al, were used for testing the device performances. The strongest light output (1112 cd/m~2) and the highest quantum efficiency (0.74%) were achieved by using the LiF/Ba/Al cathode. A possible working mechanism for improving the PLED performance was discussed.
机译:研究了结构为ITO / PEDOT / PFO-硒烯共聚物/阴极的聚合物发光二极管(PLED)的电致发光特性。使用各种阴极(例如,Al,Li / Al,Ba / Al,LiF / Al和LiF / Ba / Al)测试设备性能。使用LiF / Ba / Al阴极可获得最强的光输出(1112 cd / m〜2)和最高的量子效率(0.74%)。讨论了改善PLED性能的可能工作机制。

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