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聚苯胺（英語： Polyaniline，縮寫PANI）是一種半柔性棒 導電聚合物。 儘管這一物質早在150年前就已發現，但直到1980年代由於其高導電性的再發現才獲得了科學界的極大關注。
Polyaniline (PANI) is a conducting polymer and organic semiconductor of the semi-flexible rod polymer family. The compound has been of interest since the 1980s because of its electrical conductivity and mechanical properties.
將導電玻璃置於陽極(正極),利用電解酸性苯胺鹽水溶液,使苯胺於陽極因失去電子而氧化形成自由基陽離子,進一步發生聚合,所產生之不溶性聚苯胺產物,則覆蓋於陽極的導電玻璃上。. 3. 電致變色: 如果進一步將覆蓋著聚苯胺薄膜之導電玻璃改為連接於負極,進行 ...
聚苯胺 （英語： Polyaniline ，缩写 PANI ）是一种 半柔性棒 導電聚合物 。. 尽管这一物质早在150年前就已发现，但直到1980年代由于其高导电性的再发现才获得了科学界的极大关注。. 在诸多導電聚合物与 有機半導體 中，聚苯胺有着多种吸引人的特性 ...
2014年7月20日 · The use of polyaniline and the related composite materials in polymer electronics is analyzed briefly. The methods of synthesis and the properties of polyaniline—a representative of the family of conducting polymers—are reviewed briefly.
3.1 Polyaniline. Polyaniline is a highly conducting polymer, widely used as a cost-effective agent in the field of electrochemical capacitors because of its varying oxidation state, stoichiometric composition, ability to get highly doped and de-doped, and attribution of maximum specific pseudo capacitance [15].
Polyaniline (PANI) and its derivatives, polypyrrole, polythiophene, poly(para-phenylene), and polyphenylene sulfide (Figure 1), are among the most widely used classes of conductive polymers in recent times because of their good electrical properties that can be19
