1) nonlinear optical chromophore
非线性光学生色团
1.
Six novel terminal ethylenes containing azobenzene of nonlinear optical chromophore were synthesized by acetylchloride esterification reaction.
采用酰氯酯化法,通过对烯丙氧基苯甲酰氯与胺基偶氮苯反应,合成了6个含偶氮苯非线性光学生色团的末端烯,其结构经1H NMR,IR和元素分析表征。
2) organic second-order nonlinear optical chromophore
有机二阶非线性光学生色团
3) nonlinear chromophore
非线性生色团
1.
It reported a novel difunctional photorefractive(PR) polymer based on a hydrogen methyl siloxanes copolymer with bi-functional side chain of N-(5-hexyl carbazole) as charge transporting agent and liquid crystal 4 -cyano-4-(5-hexyloxy) biphenyl as nonlinear chromophore.
介绍了一种新型双功能光折变聚合物材料的合成方法,首先在合成空穴传输体N-(5-己烯基咔唑)(HECZ)、非线性生色团4-腈基-4’-(5-己烯氧基)联苯(HEBP)液晶基元的基础上,与含氢聚甲基硅氧烷进行硅氢加成,合成双功能共聚物。
4) Nonlinear Optics Groups
非线性光学基团
1.
Then we review the study on photophysical processes in functional LB films and make some conclusions of the polymer LB films containing Nonlinear Optics Groups.
本文在简要介绍含光功能基团聚合物ＬＢ膜之后，详细回顾了功能化ＬＢ膜体系光物理过程的研究，总结了含非线性光学基团聚合物ＬＢ膜的研究现状。
5) second-order nonlinear chromophore
二阶非线性生色团
1.
And the significances are given to the complex effects of the second-order nonlinear chromophores and the post-functional reaction of.
在介绍其特性、分类和合成方法的同时强调了二阶非线性生色团的复合效应和取代聚磷腈的后官能化反应。
6) Nonlinear optics
非线性光学
1.
New progress in nonlinear optics in chiral molecular media;
手性分子介质非线性光学研究新进展
2.
Two new two - dimensional charge transfer (2DCT) chromophore molecules for nonlinear optics (NLO) were designed and synthesized with pyridinium as electron acceptor group.
设计、合成了以吡啶阳离子为吸电子基团的二维电荷转移非线性光学生色团分子——双四苯硼(反式)-4,4’-二{p-[N-乙基-N-羟乙基)氨基]苯亚乙烯基}-N,N’-(1,2-乙基)-2,2’-联吡啶盐和双四苯硼(反式)-N-己基一咔唑-3,6-二(p-亚乙烯基-N-羟乙基-吡啶盐),利用超瑞利散射技术(HRS)测定了这两种分子的第一超极化率β,在1064nm分别为786×10~(-30)esu和1770×10~(-30)esu。
3.
The recent progress in the fnctional high performance polymers and their uses as separating membrane, conductive polymers, nonlinear optics and transparent materials is described.
对高性能聚合物功能化及分离膜、导电、非线性光学、透光材料等功能材料的研究进展作了较为详细的介绍。
补充资料：生色团（chromophore）
生色团（chromophore）
能吸收光的物质分子或基团，即光感受体。如主要感受紫外光的蛋白质、核酸、糠香豆素类物质；感受紫光～黄光的视紫质、嗜盐菌紫膜与菌紫质；感受红外光～远红外光的光敏色素；感受红光的完成光合作用的叶绿素以及蓝光受体隐花色素等，其中多为蛋白质复合体，它们可将光能转化成化学能，或者吸收光子引起生物大分子能量提高而成为激发态。
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