Wang Yong, Zhao Su-ling, Lü Yu-guang, Zhang Fu-jun, Yuan Guang-cai, Cao Wei-liang, Zhang Jing-chang, Wang Yong-sheng, Xu Zheng
Institute of Optoelectronic Technology, Beijing Jiaotong University, Key Laboratory of Luminescence and Optical Information, Ministry of Education, Beijing 100044, China.
Guang Pu Xue Yu Guang Pu Fen Xi. 2007 May;27(5):850-3.
The new complex Tb0.5 Eu0.5 (TTA)3Dipy was synthesized. By doping polymer PVK with Tb0.5 Eu0.5 (TTA)3Dipy, the EL device was fabricated with the structure of ITO/PVK: Tb0.5 Eu0.5 (TTA)3Dipy/PBD/Al using PVK: Tb0.5 Eu0.5 (TTA)3Dipy as the emitting layer. Compared with the blend PVK: Eu(TTA)3, the Tb3+ acts as an energy transfer bridge, which enhances the energy transfer efficiency between PVK and Tb0.5 Eu0.5 (TTA)3Dipy. As a result, the emission of Eu3+ is enhanced with the quenching of the emission of PVK. The process of energy transfer was studied.
合成了新型配合物Tb0.5 Eu0.5 (TTA)3Dipy。通过用Tb0.5 Eu0.5 (TTA)3Dipy掺杂聚合物PVK，以PVK: Tb0.5 Eu0.5 (TTA)3Dipy作为发光层，制备了结构为ITO/PVK: Tb0.5 Eu0.5 (TTA)3Dipy/PBD/Al的电致发光器件。与共混物PVK: Eu(TTA)3相比，Tb3+充当能量转移桥，提高了PVK与Tb0.5 Eu0.5 (TTA)3Dipy之间的能量转移效率。结果，随着PVK发射的猝灭，Eu3+的发射增强。研究了能量转移过程。
