1)  electroluminescent polymers
电致发光聚合物
1.
As an important class of electroluminescent polymers,polyfluorene and its derivatives have been paid much attention because they have advantages of easy modification and high photoluminescence efficiency.
聚芴与其衍生物是一类重要的电致发光聚合物,它们具有较高的光致发光效率,并且易于进行结构修饰,因此受到材料化学家们的高度关注。
2)  PPV-like electroluminescent polymers
PPV类电致发光聚合物
1.
The influence of photo-electricity on PPV-like electroluminescent polymers substituted by alkyloxy(-OR) and cyano(-CN) were discussed.
用量子化学的 AM1和 EHMACC/CO方法计算 PPV,MEH-PPV和 CN-PPV的电子和能带结构 ,讨论了烷氧基 (— OR)和氰基 (— CN)侧基取代对 PPV类电致发光聚合物光电特性的影响 。
3)  electrochromic
电致变色
1.
Synthesis and characterization of PANI/PSSA-PVA electrochromic film;
聚苯胺/聚苯乙烯磺酸-聚乙烯醇电致变色膜的制备和表征
2.
Properties of electrochromic MoO_3 thin films on plastic substrate;
塑料基MoO_3电致变色薄膜性能
3.
The electrochromic effect of LiClO_4 polyelectrolyte;
LiClO_4有机高分子电解质的电致变色效应
4)  electrochromics
电致变色
1.
The phase,composition and ion valence states of WO x electrochromics (EC) film,prepared by DC magnetron sputtering technique,were investigated in different EC states by XPS,XRD and other techniques.
对ＷＯｘ电致变色薄膜着退色状态下的物相组份结构、离子化合价态及其相对含量的研究表明，晶体ＷＯｘ薄膜在着色状态下，是以Ｈ０。
5)  electroplastic
电致塑性
1.
The experiments on electroplastic treating of Mg-alloy wire are conducted by traditional cold-drawing technology with self-designed electro-drawing machine,and the microstructure of the treated Mg-alloy wire is systemically analyzed.
在常规拔丝工艺上利用自行研制的电子拉丝机,进行电致塑性加工镁合金丝材的试验,并对电致塑性拉拔后镁合金丝材的微观组织进行系统分析。
6)  electroluminescence
电致发光
1.
Study of electroluminescence mechanism in Au/Ge/SiO_2 nanometer multi-layer films /p-Si structure;
Au/锗/氧化硅纳米多层膜/p-Si结构的电致发光机制研究
2.
Photoluminescence and Electroluminescence Properties of Samarium Complex Sm(DBM)_3phen;
Sm(DBM)_3phen的光致发光和电致发光性质
3.
Numerical study of electroluminescence from Si/SiO_2 films;
含纳米硅的SiO_2薄膜电致发光的数值分析
参考词条
补充资料：电致发光染料
分子式：
CAS号：

性质：在电场作用下可以辐射发光的染料。通常是荧光染料(颜料)和具有固体荧光的化合物，现在已发现的电致发光染料主要是噁二唑类、三氮唑类、类、苝酰亚胺类、吡咯并吡咯二酮(DPP)、罗丹明类、噁嗪类、香豆素类、8-羟基喹啉等。部分菁染料和酞菁存在微弱的电致发光现象。可发展成为大屏幕平面彩色显示器用材料。

说明：补充资料仅用于学习参考，请勿用于其它任何用途。