Emission of Rare Earth Complex Tb_(0.5)Eu_(0.5) (asprin)_3 phen

Shen Hong; Xu Zheng; Tao Dongliang

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Emission of Rare Earth Complex Tb_(0.5)Eu_(0.5) (asprin)_3 phen

机译：稀土元素Tb_（0.5）Eu_（0.5）（asprin）_3 phen的排放

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The coprecipitate Tb_(0.5)Eu_(0.5) (asprin)_3phen was synthesized. By doping the rare earth complex into polymer PVK, the EL device was fabricated with the structure of ITO/PVK:RE/PBD/Al. Compared with the device using PVK/Eu (asprin)_3phen blend as the light emitting layer, the emission of Eu~(3+) in the PVK/Tb_(0.5)Eu_(0.5) (asprin)_3 phen blend is greatly enhanced along with the quenching of the emission of PVK.

机译：合成了共沉淀物Tb_（0.5）Eu_（0.5）（asprin）_3phen。通过将稀土配合物掺入聚合物PVK中，制成具有ITO / PVK：RE / PBD / Al结构的EL器件。与使用PVK / Eu（asprin）_3phen混合物作为发光层的器件相比，PVK / Tb_（0.5）Eu_（0.5）（asprin）_3 phen混合物中Eu〜（3+）的发射沿随着PVK排放的淬灭。

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《Journal of rare earths》 |2003年第5期|p.519-521|共3页
作者
Shen Hong; Xu Zheng; Tao Dongliang;
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原文格式 PDF
正文语种 eng
中图分类工业经济理论;
关键词
luminescence; electroluminescence; energy transfer; rare earths;

机译：发光;电致发光;能量转移;稀土;

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1. Emission of Rare Earth Complex Tb_(0.5)Eu_(0.5) (asprin)_3 phen [J] . Shen Hong, Xu Zheng, Tao Dongliang Journal of rare earths . 2003,第5期

机译：稀土元素Tb_（0.5）Eu_（0.5）（asprin）_3 phen的排放
2. Emission of Rare Earth Complex Tb_(0.5)Eu_(0.5) (asprin)_3 phen [J] . Shen Hong, Xu Zheng, Tao Dongliang Journal of rare earths . 2003,第5期

机译：稀土元素Tb _（0.5）Eu _（0.5）（阿司匹林）_3排放
3. Development of electroluminescence cell using a Eu_(0.5)Y _(0.5)(TTA)_3Phen organic luminescent complex [J] . Thejo Kalyani N., Dhoble S.J., Singh G. Optik: Zeitschrift fur Licht- und Elektronenoptik: = Journal for Light-and Electronoptic . 2013,第18期

机译：使用Eu_（0.5）Y _（0.5）（TTA）_3Phen有机发光配合物开发电致发光电池
4. Crystal Structure and Luminescent Properties of Complex Eu_(0.5)Gd_(0.5)(C_(12)H_9O_2)_2(C_(12)H_8N_2)_2(H__2O)_2·(C_(12)H_9O_2)·H_2O [C] . Haitao Xia, Yufen Liu, Defu Rong International Conference on Chemical Engineering and Advanced Materials . 2012

机译：复杂的晶体结构和发光特性EU_（0.5）GD_（0.5）（C_（12）H_9O_2）_2（C_（12）H_8N_2）_2（H__2O）_2·（C_（12）H_9O_2）·H_2O
5. Solid state synthesis and characterization of the rare earth-free anti-perovskites Sr2.5-xBa0.5Al1-xP xO4F (0 less than or equal to x less than or equal to 0.15), Sr3Al1-xY xO4F (0 less than or equal to x less than or equal to 1), and Sr2.5-x/2Ba0.5 Al1-xHfxO4F (0 less than or equal to x less than or equal to 0.1) as potential phosphor materials. [D] . Keil, Sean T. 2016

机译：无稀土抗钙钛矿Sr2.5-xBa0.5Al1-xP xO4F（0小于或等于x小于或等于0.15），Sr3Al1-xY xO4F（0小于或等于0）的固态合成和表征x小于或等于1）和Sr2.5-x / 2Ba0.5 Al1-xHfxO4F（0小于或等于x小于或等于0.1）作为潜在的荧光粉材料。
6. Seebeck and Figure of Merit Enhancement by Rare Earth Doping in Yb14-xRExZnSb11 (x = 0.5) [O] . Elizabeth L. Kunz Wille, Navtej S. Grewal, Sabah K. Bux, 2019

机译：Seebeck和Yb14-xRExZnSb11（x = 0.5）中的稀土掺杂提高性能的图
7. Critical exponents and the correlation length in the charge exchange manganite spin glass Eu_{0.5}Ba_{0.5}MnO_{3} [O] . Nair, Sunil, Nigam, A. K. 2005

机译：关键指数和费用交换中的相关长度锰铝矿旋光玻璃Eu_ {0.5} Ba_ {0.5} mnO_ {3}
8. Characterization of the Microstructure of the Compositionally Complex Alloy Al1Mo0.5Nb1Ta0.5Ti1Zr1 (Postprint). [R] . Senkov, O. N. 2016

机译：组成复合合金al1mo0.5Nb1Ta0.5Ti1Zr1（后印刷）微观结构的表征。

Emission of Rare Earth Complex Tb_(0.5)Eu_(0.5) (asprin)_3 phen

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