Critical to the operation of organic solar cells are the interfaces between (metal or conducting oxide) electrodes and organic layers. This presentation will focus on the computational characterization of the interfacial properties between: a conducting oxide anode (made of ITO, or ZnO or derivative thereof), a surface modifier, and a hole-transport electron donor component. The presence of a dopant interacting with the donor component will also be described.

Electronic and geometric structure of conducting oxide/organic interfaces in organic solar cells

240th National Meeting (2010)

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