共轭高分子

  • 网络conjugated polymer
共轭高分子共轭高分子
  1. TiO2(ZnO)/共轭高分子复合材料的合成、结构表征及其光催化性能研究

    Preparation , Characterization and Photocatalytic Activity of TiO_2 ( ZnO ) / Conjugated Polymer Composites

  2. 合成了一种大π共轭高分子&聚3辛酰基吡咯(POPY)。

    A novel π - conjugated polymer , poly ( 3-octanoylpyrrole ) ( POPY ) was synthesized firstly .

  3. TiO2/共轭高分子纳米复合材料在自然光下的光催化性能

    Photocatalytic Activity of TiO_2 / Conjugated Polymer Composite under Natural Light

  4. PbS纳米粒子与全共轭高分子的自组装膜原位复合及其光电转换性质

    In situ complexes of self-assembled films of conjugated polymers with PBS nanoparticles and their photovoltaic properties

  5. 聚苯胺(PAn)类和聚对苯撑乙烯(PPV)类材料都为线性共轭高分子有机聚合物。

    Polyaniline ( PAn ) and Poly-phenylene vinylene ( PPV ) are organic polymers with π ^ - conjugated structure .

  6. 采用交流阻抗谱,电容-电压,电容-频率等实验方法,研究了共轭高分子MEH-PPV(poly[2-methoxy,5-(2-ethylhexoxy)-1,4-phenylenevinylene])发光二极管的载流子注入过程。

    The carrier injection process of polymer light-emitting diodes ( PLEDs ) with MEH-PPV ( poly [ 2-methoxy , 5 - ( 2-ethylhexoxy ) - 1,4-phenylene vinylene ] ) as the light-emitting layer , was investigated using impedance spectroscopy , capacitance-voltage ( C-V ) and capacitance-frequency ( C-F ) techniques .

  7. 利用脱氯化氢反应制备π共轭高分子聚[2-甲氧基-5-(3′-甲基)丁氧基]对苯乙炔(MMB-PPV)。

    Poly [ 2-methoxy-5 - ( 3 ′ - methyl ) butoxy ] - p - phenylene vinylene ( MMB-PPV ) was synthesized by dehydrochlorination reaction and the optical and electrical properties of the MMB-PPV films implanted by N ~ + ions have been also studied .

  8. σ-π共轭高分子导电性的理论研究

    Theoretical study on the conductivity of σ - π conjugated polymers

  9. 共轭高分子的研究&Ⅶ.脂肪腈类的聚合

    STUDIES ON CONJUGATED POLYMERS ⅶ . Polymerization of Aliphatic Nitriles

  10. 自组装技术在分子水平上处理共轭高分子的应用

    Application of Self-Assembly Technique in Molecular-Level Manipulation Conjugated Polymer

  11. 共轭高分子三阶非线性光学材料

    Conjugated polymer materials for third order nonlinear optics

  12. 共轭高分子的研究&Ⅴ.苯腈在三氟化硼-苯甲醚络合物作用下的聚合

    Studies on conjugated polymers V.THE polymerization of benzonitrile with boron trifluoride - anisole complex catalyst

  13. 介绍了自组装技术用于处理共轭高分子的一些实际应用。

    Some applications of se lf-assembly technique in molecular-level manipulation conjugated polymer have been introduced .

  14. 低能带隙共轭高分子作为聚合物太阳能电池材料的合成与研究

    Synthesis and Properties of Novel Low Bandgap Conjugated Polymers for Application in Polymer Solar Cells

  15. 一种含有推-拉电子基团的水溶性大π共轭高分子的合成与表征

    Synthesis and Characterization of a Novel Water-soluble ,π - Conjugated Polymer Containing Strong Electron Donor-acceptor Groups

  16. 直链共轭高分子的分子轨道理论(Ⅱ)&共轭体系的同系线性规律

    Molecular Orbital Theory on Chain Conjugate Polymers (ⅱ) & Linearity Rule for Homologous Series in Conjugate Systems

  17. 共轭高分子由于具有应答速度快、光学对比高、著色效率高及溶剂加工容易等优势,成为具有高潜力的电变色材料之一。

    Conjugated polymers are potentially useful electrochromic materials due to their advantages of fast response time , high optical contrast , high coloration efficiency and good processibility .

  18. 有机共轭高分子既有一定导电性,又能发光,便于光电集成,也易于通过旋涂方法制备大面积薄膜器件。

    Many conjugated polymers are conductive and light emitting , easy for optoelectronic integration , and ready to form large area of film via a simple spin-coating .

  19. 新型粒子探测器&多气隙电阻板室的性能研究低能带隙共轭高分子作为聚合物太阳能电池材料的合成与研究

    The Study on Performance of New Type Particle Detector-Multi-gap Resistive Plate Chamber ; Synthesis and Properties of Novel Low Bandgap Conjugated Polymers for Application in Polymer Solar Cells

  20. 综述了最近几年来,功能化富勒烯有机小分子、共轭高分子和金属配合物发光材料的国内外研究状况及应用。

    The recent progress and application of functional fullerene organic luminescent materials , including low molecules , conjugated polymers and rare metal complexes , are reviewed in this paper .

  21. 该酶对芳香族腈、脂肪族腈、饱和腈与不饱和腈均能作用,并具有较好的对映体选择性。共轭高分子的研究&Ⅶ.脂肪腈类的聚合

    The enzyme could accept aromatic or aliphatic nitriles , unsaturated or unsaturated nitriles as substrates with high enantioselectivity . STUDIES ON CONJUGATED POLYMERS ⅶ . Polymerization of Aliphatic Nitriles

  22. 相对于其他共轭高分子体系,聚苯胺原料价廉易得,合成简单,具有较高的电导率,是最具有应用前景的导电高分子之一。

    In comparison with other conjugate polymer , the prices of PAN is cheap and abundant , which can be easily polymerization , with high conductivity and a broad prospect for application .

  23. 共轭高分子化合物作为一类特殊的功能高分子,凭借其优良的光学性能和电学性能,广泛应用于电池、导电材料、传感器、发光材料等领域。

    As a special class of functional polymer , conjugated polymers are widely used in batteries , conductive materials , sensors , light-emitting materials and so on with their excellent optical and electrical properties .

  24. 本文结合液晶和共轭高分子特性,设计并合成了两个系列五种共轭液晶高分子,并对聚合物的结构、相对分子量、液晶性能、光学性能等进行了表征。

    Based on characteristics of liquid crystals and conjugated polymer , two series of five liquid crystalline conjugated polymers had been designed and synthesised . The polymer structure , relative molecular weight , liquid crystal properties and optical properties were characterized . 1 .

  25. 探讨了共轭高分子材料的非线性光学性能与其化学结构之间的关系,确证共轭高分子非线性光学性能与共轭高分子的主链骨架结构、侧链取代基结构、掺杂物质的结构和浓度有密切关系。

    In this paper , the relation between the structure and the properties of nonlinear optical conjugated polymer materials was studied . The results show that nonlinear optical properties of conjugated polymer materials is closely related with the structure of the conjugated backbone , substituents and dopants .

  26. 首次在非共轭结构高分子共聚物体系上获得了光电导信号。

    The photoconductivity signal was firstly obtained in a non-conjugated polymer system .

  27. 本文对新型共轭导电高分子材料的导电机理进行了分析,综合评述了导电高聚物薄膜制备及成形的现状和发展方向。

    The conducting mechanism of the π - conjugated conducting polymers is analysed in this paper .

  28. 本论文尝试将此种方法引入到共轭液晶高分子体系中,达到制备单一聚合物线偏振白光发光材料的目的。

    Such a method is introduced into the system of liquid crystal conjugated polymer , in order to achieve the goal of the preparation of a single polymer with linearly polarized white light emitting .

  29. 全π共轭枝状高分子的MALDI-TOF质谱分析

    MALDI-TOF-MS Analysis on Fully Pi-conjugated Dendrimers

  30. σ-π共轭体系导电高分子的理论研究共轭亚油酸的生理学功能及健康意义

    Theoretical Studies on the Conducting Macromolecule with σ - π Conjugated System Biological Effect of Conjugated Linoleic Acid And Implication for Health