Recombination kinetics of interpenetrating heterojunctions: comparison of dye sensitized and polymer solar cells

@article{ORegan2005RecombinationKO,
  title={Recombination kinetics of interpenetrating heterojunctions: comparison of dye sensitized and polymer solar cells},
  author={Brian C O'Regan and Sjoerd Veenstra and W. Verhees and Japie Kroon and P. M. Sommeling and Klaas Bakker and Herman Smit},
  journal={Conference Record of the Thirty-first IEEE Photovoltaic Specialists Conference, 2005.},
  year={2005},
  pages={27-30}
}
Over the last few years, measurements from many labs have allowed the development of a reasonably complete picture of the kinetics and electrostatics (band alignments and fields) of dye sensitized solar cells based on nanoporous oxide films (e.g. TiO/sub 2/, ZnO). With some modifications, this model incorporates both electrolyte and solid-state versions of… CONTINUE READING