Since 1987, researchers had been interested in the third order nonlinear optical polymer materials.
自1987年以来，三阶非线性光学聚合物（TONLOP）材料越来越引起研究者们的浓厚兴趣。
Is an optical polymer materials based on the use of high technology materials made with realistic three-dimensional image of the high-tech visual effects of security products.
是一项以光学高分子材料为基础，运用高材料工艺制作而成，具有立体逼真的图像效果的高科技视觉防伪产品。
Optical storage based on photoinduced birefringence in azobenzene side-chain polymer liquid crystal (P-CN) film is reported.
本文实验研究了偶氮侧链聚合物液晶薄膜(P -CN)的光致双折射和光存储性质。
A new type of optical storing material, the film sample of azobenzene disperse red polymer is measured by using the single beam Z-scan technique.
采用单光束Z扫描技术对新型光学存储材料偶氮分散红聚合物的薄膜样品进行了测量。
Azo liquid crystal polymer (LCP) is a novel optical storage medium.
偶氮液晶聚合物(L CP)是一种新型的光存储材料。
Based on the excellent nonlinear optical properties of hyperbranched conjugated polymer, those polymers are attracting more and more attention as functional polymer materials.
超支化共轭聚合物由子其所具有的良好的非线性光学特性，在功能高分子领域具有广泛的应用前景。
The electrical and optical properties of organic polymer, small molecular, molecular crystal semiconductors and so on have been studied.
其研究工作包括有机高分子材料、有机小分子材料和有机分子晶体材料的电学、光学等性质。
The experimental results showed that the new polymer film has a good characterization for optical storage with the conditions of low exciting beam intensity.
实验结果表明该掺杂偶氮苯聚合物薄膜在低激励光强下具有良好的光信息储存性能，是一种很有潜力的光储存材料。
Polymerized with suitable methods, additional polymer optical plastics with different functions, especially with high refractive index, can be obtained.
这些单体通过适当的方式聚合后，可得到具有各种功能尤其是高折射率的加聚型聚合物光学塑料。
The polymer with nonlinear optical activity will become a kind of basic molecular nonlinear optical materials and will be firstly applied in the photo electronics and engineering in the 21st century.
具有非线性光学活性的有机聚合物材料被认为是一类能最新得到实际应用的、可望成为21世纪光电子学科学和工程的基础的分子非线性光学材料。
The oriented, polarized material of liquid crystal polymer can be used as a piezoelectric material, electret material, nonlinear optical element.
热电液晶聚合物还可用作压电、驻极体、非线性光学元件等。
With the development of optical communication, high speed electro-optics polymer modulators have been widely used and play an important role in optical communications.
随着光通信的飞速发展，高速聚合物电光调制器的应用更加重要广泛。
The principles of the common methods to measurement the propagation loss of the NLO polymer film optical waveguide are summarized, and the typical experimental arrangements are presented.
文章综述了测量非线性光学(nlo)聚合物薄膜材料光波导传输损耗的三种新方法及原理，分别给出了典型的实验装置结构图，并对它们的特点进行了比较。
The invention relates to an erasable two-photon polarized multivariate, multistage and multilayer optical storage technology based on a bisazo benzene polymer.
一种基于双偶氮苯聚合物可擦除的双光子偏振多元、多阶、多层光存储技术。
The characterization of clusters in rare earth-doped polymer optical fiber (POF) was studied in this thesis.
本文主要研究了稀土掺杂聚合物光纤的团簇特性。
The measurements of thermal optical coefficient (TOC) for organic dye doped polymer films using Abbé refractometer was demonstrated;
本文演示了用阿贝折射仪测定染料掺杂聚合物薄膜热光系数的方法；
Numerical and experimental studies of cross sectional optical power distribution (OPD) in polymer optical fiber under offset launch are given.
研究了偏心激励多模聚合物光纤横截面的光功率分布。
Based on an analysis of rheology and mass transport principle, a mathematical model was formulated for describing the co-extrusion and diffusion process of graded index polymer optical fiber (GI POF).
基于流变学原理和质量传递原理的分析，建立了一个能够描述渐变型聚合物光纤(GIPOF)共挤扩散制备过程的数学模型。
Drawing is one of the key steps in fabricating microstructured polymer optical fibers (MPOF), and the heating system is very important part of the drawing tower.
拉丝是制作微结构聚合物光纤(MPOF)的关键环节之一，而加热系统则是拉丝塔的关键组成部分。
This paper studied the new method of the polymer packaging grating to improving the optical fiber grating stress sensing sensitivity coefficient.
对提高光纤光栅压力灵敏度系数的聚合物封装光栅的新方法进行了研究。
Furthermore, we use the polymer optical fibers as the passages between the target plane and the photo-electronic detectors in order to increase the anti-jamming ability.
另外本系统采用聚合物光纤作为靶面与探测器阵列之间的光学通道，有效地增强了系统的抗干扰能力。
In the photoisomerized polymer, the perpendicular and all-optical control of optical spatial soliton is simulated by numerical method.
用数值方法研究了在具有光致异构非线性的聚合物中光学空间孤子的垂直全光调控。
The effects of the polymer network on the packing arrangement of the ferroelectric liquid crystal molecules are examined by means of optical microscopy.
通过光学显微镜可观察聚合体网络对铁电液晶分子组合排列的影响。
A kind of microstructured polymer optical fiber with elliptical core has been fabricated by adopting in-situ chemical polymerization technology and the secondary sleeving draw-stretching technique.
采用化学原位聚合技术和套管法二次预制棒拉丝技术，成功制备了椭圆芯微结构聚合物光纤。
The critical bending radius of PMMA polymer optical fiber is measured, By using grating monochromator, the exiting spectrums of the mode filters with different dimensions are measured.
对聚甲基丙烯酸甲酯(PMMA)芯聚合物光纤的临界弯曲半径进行了测试，利用光栅单色仪对采用不同尺寸滤模器的光纤出射光谱进行了测量。
The tapered waveguide performs mode transformation between optical fiber mode and polymer waveguide mode by using a refractive index taper and a width taper with wedge profile.
提出并设计了一种基于电光聚合物的锥形波导，可用于单模光纤与电光聚合物波导器件之间的连接。
Furthermore, the all-optical switching effect of the polymer was investigated experimentally.
研究了所制备的聚合物的全光开关效应。
Therefore, it is important to look for the new nonlinear optical materials. In recent years, the cluster Polymer of metal with strong nonlinear optical properties have been studied popularly.
因此，寻找新型的非线性光学材料显得很重要，近年来，金属团蔟聚合物经研究具有很强的光学非线性。
A tapered electro-optic polymer waveguide is proposed and designed for coupling light between single-mode optical fiber and polymer waveguide.
提出并设计了一种基于电光聚合物的锥形波导，可用于单模光纤与电光聚合物波导器件之间的连接。
A tapered electro-optic polymer waveguide is proposed and designed for coupling light between single-mode optical fiber and polymer waveguide.
提出并设计了一种基于电光聚合物的锥形波导，可用于单模光纤与电光聚合物波导器件之间的连接。
应用推荐