Hole transporting dye as light harvesting antenna in dye-sensitized TiO2 hybrid solar cells
We herein demonstrate the viability of utilizing the hole transporting medium of solidstate dye-sensitized solar cells for light harvesting. When using a hole transporting dye (HTD) in addition to an interface dye (ID) bound to the surface of the mesoporous metal oxide scaffold, both are shown to contribute to the photocurrent. Efficient energy transfer (ET) from the HTD to the ID was accomplished
