1) squaraine dye
方酸菁染料
1.
オhe structural characteristics and solvent effect on the absorption and fluorescence emission spectra of squaraine dyes are studied by their NMR, UVVIS, and fluorescence spectra.
研究了几种方酸菁染料的核磁、可见、荧光光谱。
2.
To enhance the spectral photon harvesting of the bulk heterojunction hybrid solar cell,the blends of squaraine dye and MEH-PPV were adopted to expend the spectral region.
本文把方酸菁染料掺杂在聚[2-甲氧基-5(2-乙基己氧基)对苯乙炔](MEH-PPV)共轭聚合物中,利用方酸菁染料在可见光的良好吸收以提高器件对光谱的利用。
2) crown squarylium cyanine dye
冠醚方酸菁染料
1.
It was found that these crown squarylium cyanine dye (2a~2d) were in reserse photochromie equilibriam.
我们用冠醚菁染料2-甲基-3-烷基-5,6-并-(15-冠-5)苯并噻唑季铵盐与方酸缩合得到了四个未见文献报道的光致变色冠醚方酸菁染料2a~2d,其结构经元素分析、IR,UV-Vis,MS及1H-NMR证实。
3) Sulfonic Indole Cyanine Dye
磺酸吲哚菁染料
1.
Spectrofluorometric Analysis of a New Sulfonic Indole Cyanine Dye and Its Application to Protein;
一种新的磺酸吲哚菁染料的荧光光谱分析及其应用研究
4) phthalocyanine
[英][,θælə'saiəni:n] [美][,θælo'saɪə,nin, ,fθæl-]
酞菁染料
1.
A novel α tetra n pentoxy substituted phthalocyanine was synthesized.
合成了一种新的α位四戊氧基取代的钯酞菁 ,以其为原料作了不同程度的溴化反应并得到了一系列的酞菁染料溴化物 。
5) cyanine dye
菁染料
1.
Photostability of cyanine dyes and influenced by oxygenquencher;
菁染料光稳定性及氧猝灭剂对其光稳定性的影响
2.
Frontier molecular orbital study on photodegradation mechanism of cyanine dyes;
菁染料光解机理的前线分子轨道研究
3.
Synthesis of telluracarbocyanine dye containing chloro substituent in polymethine chain;
多甲川链上含氯取代碲碳菁染料的合成
6) cyanine
[英]['saiənin] [美]['saɪə,nɪn]
菁染料
1.
Syntheses and spectral properties of water soluble cyanine-labeling reagents;
水溶性菁染料荧光标示剂的合成及其光谱性能
2.
The Synthesis and Property Resarch of Near Infrared Cyanine Fluorescence Probe;
近红外菁染料荧光探针的合成与性能研究
3.
This article relates to the structure of cyanine and multinuclear cyanine,and the lab-synthesis method and relatednotice of the mentioned sensitized dye;and thelight-absorbencyspectrumof the dye;andthe effect of alkaline heterocycle and acidheterocycle onthe characteristic of dye;and the basic property and application methods of the sensitized dye.
综述了应用于胶片菁染料和多核菁染料的结构;增感染料的实验室合成及注意事项;染料的光吸收谱图;以及碱性杂环和酸性杂环对染料性能的影响;增感染料的基本性质和增感染料的应用方法。
补充资料:光导电体用菁类染料
分子式:
CAS号:
性质:用作有机光导电体电荷产生材料的菁类染料。已经公开发表的有三碳菁、鸵类、方形酸类染料等。这类染料吸收波长长,在溶剂中溶解度大,便于涂膜,但光稳定性较差,通常需同时使用单线态氧猝灭剂以提高耐光牢度。用于静电复印机感光鼓,有的也可用于激光打印机感光鼓。
CAS号:
性质:用作有机光导电体电荷产生材料的菁类染料。已经公开发表的有三碳菁、鸵类、方形酸类染料等。这类染料吸收波长长,在溶剂中溶解度大,便于涂膜,但光稳定性较差,通常需同时使用单线态氧猝灭剂以提高耐光牢度。用于静电复印机感光鼓,有的也可用于激光打印机感光鼓。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条