conducting polymer 中文意思是什麼

conducting polymer 解釋
導電聚合物
  • conducting : 傳導的
  • polymer : n. 【化學】聚合體，聚合物，多聚物。 high molecular polymers 高聚物，高分子聚合物。adj. -ic
  1. It is important that the theoretical study works of electricity, magnetics and optics for conducting polymer materials

    研究導電高分子材料的電學、磁學和光學等方面的理論日顯重要。
  2. The electrical conductance of the gold / polymer composite films was tunable, and a low resistivity of the order of 10 ~ ( - 4 ) cm was yield. the conducting mechanism was not determined, perhaps the tunnel effect and the foreign - substance - electron - transfer should be considered

    聚合物金納米粒子復合薄膜的電阻率可調，電阻率最低可達10 ~ （ - 4 ） ? cm量級，導電機制可能與隧道效應及雜質離子導電有關。
  3. Two kinds of nonlinear conduction behavior for polymer based conducting composites can be : one is the irreversibly electrical nonlinearity taking place in extreme conditions owing to application of high voltage or current ; the other one is reversibly electrical nonlinearity occurring in moderate conditions due to application of small bias or current

    摘要導電填料復合材料的非線性導電行為可分為兩大類，即在高壓或強電流作用下發生不可逆非線性導電行為，以及在低壓或弱電流作用下的宏觀可逆非線性導電行為。
  4. The results suggested that the macroscopic nonlinear conduction might originate from a combination of microscopic conduction processes, which involves the electronic transporting across the intrinsic nonlinear microscopic components and tunneling or hoping across thin polymer bridges present on the conducting network

    因此認為，尼龍6納米石墨復合體系的宏觀非線性電導為微觀電導過程的綜合結果。其中包括本徵非線性組合元件的電導貢獻以及發生在導電網路中的聚合物橋鏈上的隧道和躍遷效應。
  5. Abstract : the development of stealthy materials in the past several d ecades from the second world war up to now is comp endiously reviewed in this paper. recent study of new stealthy materials, suc h as ceramic materials and conducting polymer composites etc, is summarized from three areas of thermal resistance ， smart and plasma steal thy materials, and developing trend of the stealthy mat erials is also predicted in this paper

    文摘:簡單回顧了從二次世界大戰至今幾十年間，國外隱身材料的發展歷程；系統綜述了國外在陶瓷材料、導電高分子材料、晶須材料、納米材料、手征材料等新型隱身材料研究方面所取得的進展；從耐高溫隱身材料、智能隱身材料、等離子體隱身三個方面入手，重點介紹了國外近年來在隱身材料領域的最新進展；並且指出了隱身技術未來的發展方向。
  6. To test the validity of the model, hybrid inorganic / organic complementary ecd, comprising a tungsten oxide ( wo3 ) and polyanilinc ( pani ) thin film couple in combination with a proton - conducting polymer electrolyte, is studied

    為了要測試這個模型是否準確，對混合有機以及無機物的互補式電致色變元件進行研究，結合三氧化鎢和聚苯胺薄膜與導氫離子高分子電解質構成一互補式電致色變元件。
  7. The method was carried out by in situ synthesizing a conducting polymer in a porous polymer film and co - immobilizing biomolecule in the composite film

    該方法的原理是：在一種多孔高分子膜中原位復合導電聚合物，並同時實現生物分子在聚合物復合膜中的固定。
  8. The experimental results showed that these conducting polymer films have good mechanical characterizations

    實驗結果表明，聚噻吩和聚吡咯材料具有較好的力學性能。
  9. The development of application of polythiophene conducting polymer modified electrodes to analytica chemistry

    聚噻吩類導電聚合物修飾電極在分析化學中的應用研究進展
  10. In this paper, reversibly nonlinear transport in both dc response and ac response and relatively electrical conduction mechanism of polymer / conducting filler composites were reviewed, and the potential applications of polymer / conducting filler composites is outlooked

    文中闡述聚合物導電填料復合材料在直流電、交流電作用下的可逆非線性導電行為，以及其相關導電機理，並展望非線性導電特性的應用前景。
  11. The purpose of the first chapter is to survey the fundamental principles, characterizations and applications of supercapacitors, especially the recent progress of researches on supercapacitors using carbon, transition - metal oxide and conducting polymer as electrode materials in their supporting electrolytes

    第一章綜述了超級電容器的儲能機理、特點、應用范圍等，並介紹了碳基材料、金屬氧化物和導電聚合物做電極材料，以及各種電解液的超級電容器的最新研究進展。
  12. New conducting polymer materials together with advanced microelectronics and computational techniques have enabled the development of a new range of chemical sensors capable of mimicking some aspects of the biological system

    新的傳導聚合材料結合先進的微電子和計算技術，已經使能模仿生物系統某些方面的一個新的化學傳感器領域得到了發展。
  13. The present work studied an oxidized form of polyaniline, a conducting polymer

    本文研究的對象為聚苯胺的完全氧化態，一種導電聚合物。
  14. High strength and stiffness can be achieved only in polymer films thinner than a critical thickness. the relationship between the microstructure and mechanical behaviors of conducting ppy films was described based on sem techniques at the first time

    同時，這些導電高分子薄膜材料的力學性能受薄膜厚度的影響：在某一臨界厚度內其力學性能非常優異，超過這一厚度力學性能有所下降。
  15. In this dissertation polyaniline conjugated conducting polymer with different structural texture and properties is prepared, using ( nhu ) 2s3oa / llci solution system. the molecular structure of undoped polyaniline is characterized. polyaniline with different conductivity can be gotten by changing the type of dopant and doping condition

    再採用（ nh _ 4 ） _ 2s _ 3o _ 8 hci溶液體系制備出不同性能的聚苯胺導電聚合物，對不同的鹽酸濃度、不同氧化劑與苯胺的摩爾比、不同的溫度下合成的聚苯胺進行了性能上的比較，並對本徵態聚苯胺的結構進行了表徵。
  16. Advances in research on conducting polymer nanoscale materials

    導電聚合物納米材料的研究進展
  17. Application and development of conducting polymer materials in electrochemical device

    導電聚合物材料在電化學器件中的應用及發展
  18. Electric conducting polymer is one of the most promising materials for electromagnetic interference ( emi ) shielding

    摘要導電高分子材料在電磁屏蔽領域有著廣闊的應用前景。
  19. The first chapter concentrated on the survey the fundamental principles, characterizations and applications of supercapacitors, especially the recent progress of the supercapacitors using carbon, transition - metal oxide and conducting polymer as electrode materials and the hybrid supercapacitors

    第一章概述了電化學電容器的儲能機理、特點、應用范圍等，並介紹了碳基材料、金屬氧化物和導電聚合物做電極材料，以及混合電化學電容器的最新研究進展。
  20. In addition, the carbon nanotube array electrode, was found to have low esr and good cycling stability. to select a proper conducting polymer to form the composite electrode with mwnt arrays, poly ( 3 - methylthiophene ), polyaniline and polypyrrole coated on a pt electrode were investigated respectively for their potential application in supercapacitors

    為了選擇一種能與mwnts組成復合電極以應用於超級電容器的導電高分子，我們研究了沉積于pt電極上的聚3 -甲基噻吩、聚苯胺和聚吡咯的電容性能。
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