| abstract |
To develop a conductive support for obtaining a photoelectric conversion element which does not decrease in photoelectric conversion efficiency even in a large area. A conductive support having a transparent conductive film, a current collecting electrode and a semiconductor-containing layer provided in this order on a substrate, and a transparent conductive film, a current collecting electrode and a reducing layer provided in this order on the substrate. A conductive support is disposed so as to face the conductive support at a predetermined interval, the periphery is fixed with a sealant, and a charge transfer layer is provided in the gap between the two supports to manufacture a photoelectric conversion element. The current collecting electrode is preferably a continuous conductive material in the form of a film, a mesh, a line, or a lattice. Examples of the conductive material include Au, Pt, Ag, Cu, Ni, Zn, and Ti. And Cr are preferred. [Selection figure] None |