MANUFACTURING METHODS OF ELECTRODE COMPRISING OXIDE SEMICONDUCTOR LAYER AND TRANSPARENT CONDUCTING LAYER WITH ELECTROCHEMICAL OXIDATION AND APPLICATION OF THE SAME TO DYE-SENSITIZED SOLAR CELL ELECTRODE
摘要
<p>A method for manufacturing a stacked electrode using an electrochemical oxidation method and an application of the same to a dye-sensitized solar cell electrode are provided to enhance largely photoelectric conversion efficiency by recovering the resistance of a transparent electrode at a low level. An oxide semiconductor precursor is coated on a transparent conductive layer. The transparent conductive layer coated with the oxide semiconductor precursor is processed thermally in atmosphere of oxidation. A stacked electrode of an oxide semiconductor layer and the transparent conducting layer is formed by processing thermally the transparent conducting layer. A thermal process for the stacked electrode is performed under the atmosphere of reduction. An electrochemical oxidation is performed after the thermal process is performed under the atmosphere of reduction.</p>
申请公布号
KR20080088291(A)
申请公布日期
2008.10.02
申请号
KR20070031115
申请日期
2007.03.29
申请人
SEOUL NATIONAL UNIVERSITY INDUSTRY FOUNDATION
发明人
LEE, SANG WOOK;BAE, SHIN TAE;HOH, JUN HONG;KIM, JIN YOUNG;JUNG, HYUN SUK;HONG, KUG SUN;KIM, DONG WOOK;NOH, TAE HOON