摘 要
聚苯胺是個容易聚合的高分子，又有不錯的導電性，所以可以拿來被廣泛的使用在有機發光二極體、電致變色元件、太陽能電池等等（1）。本實驗是將聚苯胺用氧化還原的方式聚合，並可在玻璃載體上形成薄膜。另一方面使用固定濃度的BMPDA溶液與先前製備好的聚苯胺薄膜作表面吸附，再觀察吸附前後光、電、熱性質的變化。

ABSTRACT
The Polyaniline is a polymer which easy to get together and also has the good conducted, may broad use in OLED, Electrochromic, and Solar Cell etc. In this experiment, the Polyaniline polymerize with reduction and oxidation then form the thin film on the glass carrier. On the other hand I used BMPDA which have fixed concentration and preparatory thin film of Polyaniline to adsorb then observed the change in thermals, photochemical, and conducted properties.

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