Organic polymer materials

Organic Polymer Materials Applied in Desertification Control

荒漠化治理中应用的有机高分子材料

Organic polymer materials has opened an entirely new functional application of information materials and devices research and development areas in optoelectronic .

有机聚合物材料在光电方面的应用开拓了一个全新的信息功能材料及其器件的研究开发领域。

Currently , the investigation of organic polymer materials is focused on synthesis , properties and device fabrication to accelerate the realistic applications .

目前有机聚合物材料的研究焦点是材料的合成、性能测试、器件制作等，以期待能及早的实用化。

Aluminum hydroxide is easily decomposed when it is mixed with hot organic polymer materials . Its lower decomposition temperature limits its application performance and application field .

由于氢氧化铝分解温度低，在与有机高聚物加工过程中易分解，影响产品的使用性能，限制了其应用范围。

In this paper , The molecular design , material preparation , research methods and recent progresses of low-dimensional photoconductive organic polymer materials are detailed re-viewed .

本文详细综述了低维度光电导有机高分子功能材料的分子设计、材料制备、研究手段和发展概况。

The latest advances on the immobilized enzyme reactor and its applications in proteomic study were reviewed . Some commonly used inorganic and organic polymer materials were described in details .

综述了近年来国内外酶固定化载体的研究进展，侧重于无机材料和有机聚合物材料上的固定化酶方法；

Especially those organic polymer materials , polyester terephthalate ( PET ) as the most representative , are flammable in high temperature and their dripping effect even contributes to the spread of fire .

尤其以涤纶为代表的聚合高分子有机材料不仅高温时极易燃烧，而且其具有的熔滴现象更加助长了火势的蔓延。

Polyolefin are always the most important products of organic polymer materials , but the mechanical properties of polyolefin , especially in toughness , strength , hardness and modulus , are somewhat worse than engineering plastics , which limits the application range .

聚烯烃一直是有机高分子合成材料最重要的产品，而聚烯烃由于物理机械性能上，特别在强度、硬度、模量、韧性等方面与工程塑料的差距限制了其应用范围。

Progress in organic / polymer materials for image sensors

有机/聚合物图像传感材料的研究进展

Energy Band Structure of Organic / Polymer Materials and its Applications in Electroluminescent Devices

有机/聚合物电致发光材料的能带结构及其在发光器件中的应用

Application of ion chromatography in analysis of organic compounds and polymer materials

离子色谱在有机物和高分子材料分析中的应用

We can also call the material of organic and polymer molecular materials .

所以也把有机及聚合物材料称作分子材料。

Many kinds of sensing materials including electrolyte , organic polymer and ceramic materials , have been employed to serve these applications .

各种湿敏材料：电解质材料、有机聚合物、陶瓷材料也是相续应用到湿度传感器上来。

The chemical utilization of carbon dioxide in inorganic chemical , organic chemical and polymer materials , and its development prospect , were reviewed .

笔者从化学利用的角度，论述了二氧化碳在无机化工、有机化工、高分子材料方面的资源利用和发展前景。

Diphenyl carbonate ( DPC ) is an environmentally benign intermediate for producing many organic compounds and polymer materials .

碳酸二苯酯（DPC）是合成许多有机化合物和聚合材料的环保型中间体。

Organic and polymer electroluminescence materials have attracted much interest because of its high luminescence efficiency , full color , processable and so on .

有机电致发光材料由于具有高发光效率，亮度和颜色可调，易加工成膜等优良特性，引起了人们的极大兴趣。

The organic conductive polymer absorbing materials has been a rapid development in recent years because of its adjustable electric and magnetic parameters , light weight , high chemical stability and good compatibility .

有机高分子导电聚合物吸波材料具有电、磁参量可调，比重轻，稳定性高，兼容性好等优点，近年来得到了快速发展。

This research not only enriched the synthesis methods for inorganic , organic and polymer composite materials and assemble of 1D nano optoelectric device , but also promoted practicality course of polymer composite optoelectric material .

此项研究不仅为聚合物/有机、无机复合纳米材料的设计合成以及一维光电材料组装成纤维器件提供了实践上的依据，而且推进了聚合物复合光电子材料的实用化进程。

Long-chain conjugated Schiff bases is in a new class of organic conductive polymer absorbing materials possessing single and double bonds in its main chain . Long-chain conjugated Schiff bases have good electrical conductive properties and microwave absorbing properties .

长链共轭聚席夫碱是有机高分子导电吸波材料中的一类，该类材料由于其特殊的单、双键主链结构，往往具备良好的导电性能和吸波性能。

The application of compatilizers in the preparation of organic / inorganic hybrid polymer materials by sol-gel method was reviewed , and the structure , mechanism and properties of three kinds of compatilizers were discussed in detail .

讨论了溶胶-凝胶法合成有机/无机杂化聚合物材料中的增容剂的应用，并详细介绍了三类增容剂的结构、增容机理和性能。

The nonlinear origin of organic material is different from the inorganic material ' s. The nonlinear origin of inorganic material derives from the electronic structure . The nonlinear origin of organic and polymer materials is mainly determined by the molecule structure .

有机材料的非线性起源不同与无机材料，无机材料的非线性起源于材料的电子结构，有机及聚合物材料的光学非线性则主要地与其分子的结构性质有关。