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このアイテムの引用には次の識別子を使用してください:
http://hdl.handle.net/11133/2839
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タイトル: | 導電性高分子を電極とした有機薄膜太陽電池の開発 |
その他のタイトル: | ドウデンセイ コウブンシ オ デンキョク トシタ ユウキ ハクマク タイヨウ デンチ ノ カイハツ Development of the organic thin film solar cell using the conductive polymer as the electrode |
著者: | 落合, 鎮康 廣瀬, 頌次郎 津田, 紀生 山田, 諄 橋川, 勝規 OCHIAI, Shizuyasu HIROSE, Shojiro TSUDA, Norio YAMADA, Jun HASIKAWA, Katunori |
発行日: | 2014年9月30日 |
出版者: | 愛知工業大学 |
抄録: | "In this study, as substitution of ITO widely known of a transparent electrode used for an organic thin film solar cell we have paid attention to PEDOT/PSS film. Since the electrostatic interaction of PEDOT/PSS molecule becomes weaker by adding polar organic solvents, such as EG and DMSO, PEDOT/PSS promotes PEDOT nano structure. The nano structure improves hole carrier mobility. Therefore, the resistance between electrode and PEDOT/PSS layer decreases and the parallel resistance of the PEDOT/PSS layer increases by it. Decrease of the series resistance and increase of the parallel resistance are the factors improving the short-circuit current density and open-circuit voltage of the organic thin film solar cell. Moreover, when the multi-PEDOT/PSS layers were formed, the characteristics of multi-PEDOT/PSS layers were performed by theJ-V characteristics and transmissivities of multi-PEDOT/PSS. The transmissivitity of the multi-PEDOT/PSS film decreases with the number of the layer. The relation between the decrease of series resistance and increase of parallel resistance was closely shown to the decline of transmissivity." |
URI: | http://hdl.handle.net/11133/2839 |
出現コレクション: | 16号
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