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1、导电高分子论文（Conductive polymer paper）It is better to retire than to have a net. The other is the antistyle, and the other is your teacher. The mountains are not high, there is a fairy name; The water is not deep, but the spirit of the dragon. Step by step, read carefully. A poor man cannot forget his wi
2、fe. This article is contributed by the burial monthDoc documents may have a poor browsing experience at the WAP end. It is recommended that you choose TXT, or download the source file to the native view.Research progress and application of conductive polymer materialsabstract compared with tradition
3、al conductive materials, conductive polymer materials have many unique properties. This paper briefly introduces the research progress of conductive polymer in recent years and its application in various fields.【 Abstract 】 Conductive polymer materials have excellent properties by cont rast with tra
4、ditional Conductive materials. This paper reviews some recent research progress of Conductive polymer materials and their applications in various fieldskey words conductive polymer research progress application【 Keywords 】 conductive polymer, research progress and applicationsSince 1977, American sc
5、ientists Hague (A.J.H eeger) and McDeere mead (A.G.M acDiarmid) and Japanese scientists Bai Chuanying tree (H.S hirakawa) found doped Polyacetylene (Polyacetylene, PA) with metal conductive properties, organic polymer cannot be completely change as the concept of the electrolyte. Thus a new type of
6、interdisciplinary conductive polymer was born. The emergence of this new field not only broke the traditional polymer is only an insulator, and its discovery and development of low dimensional solid-state electronics, and even the establishment and perfection of the molecular electronics made import
7、ant contribution, which lays the foundation for the establishment of the molecular electronics, and has important scientific significance. The so-called conductive polymer is a kind of polymer material, which is transformed from an insulator into a conductor by the chemical and chemical doping of a
8、polymer with conjugate keys. It is completely different from conductive plastics made of metal or carbon powder and polymer. Conducting polymers with special structure and excellent physical and chemical properties make it in the energy, optoelectronic devices, information, sensor, molecular wires a
9、nd molecular devices, and electromagnetic shielding, metal anti-corrosion and stealth technology has been widely, attractive application prospect. Therefore, the conductive polymer has become a research hotspot of material science since its discovery. After nearly 30 years of development, the conduc
10、tive high molecular has obtained important research progress.Research progress of conductive polymer materialsAccording to the material structure and preparation methods of different conductive polymer materials can be divided into two categories: one is structured type (or intrinsic) conductive pol
11、ymer materials, another kind is conductive polymer materials. 1.1 structural conductive polymer materials are polymer materials that are electrically conductive or electrically conductive. They are also called the intrinsic conductive polymer materials.By a conjugate key or part of a conjugate key o
12、f polymer by chemical or electrochemical doping, make it into a conductor by the insulator of polymer materials, such as polypyrrole (PPy), polyaniline (PAn), poly1Acetylene (PA), etc. The non-doping structural conductive polymer materials are only one type of polyazosulfide, and most of them have t
13、o be doped to have good conductivity. In many conductive polymers, polyaniline as reactants, synthesis is simple, high temperature resistance and oxidation resistance of the advantages of good performance and is widely attention, is now recognized as one of the most potential applications of the con
14、ductive polymer materials. The conductivity doping of polyaniline is approximately 10 orders of magnitude, and many special optical properties are affected by doping, so doping has always been the focus in the study of polyaniline. As electrochemical surface plasma resonance instrument (ESPR) and el
15、ectrochemical Shi Yingwei scales (EQCM) and other technical applications, polyaniline doped research gradually from qualitative to quantitative, Baba and Damos respectively in the experiments with ESPR and EQCM technology research doped polyaniline optical properties of nano film, won the polyanilin
16、e film electrically induced color changing features of the related data, proves the doped polyaniline nanometer thin film optical behavior strictly follow Sauerbray equation, and the intermediate film conductivity when the dominant performance significantly. The doping of inorganic materials such as nano-metal particles and high price metal salts is also widely concerned. Azeveddl ferrate was prepared by silver salt doped polyaniline
