Recently, the Chinese Academy of Sciences Institute of Plasma Research Laboratory Solar Energy Materials and Engineering Graduate Tian Hua-Jun N-doped Titania-based black cell suppression ongoing research is making great progress. The research results can improve the stability of the battery, gd761,u4873,and to some extent to improve the photoelectric conversion efficiency of the battery. Research papers at the American Chemical Society, Journal of Physical Chemistry C “released.
Researchers have discovered through experience may substitute for nitrogen-doped titanium oxygen defects dioxide lattice, an increase of 400 nanometers to 500 nanometers of light absorption, making films semiconductor nanocrystalline negative change of flat-band potential to improve the battery open circuit voltage. Inhibition of nitrogen dioxide and titanium doped electrolyte interface of the electronic complex reaction, an increase of electrodes of titanium dioxide in the lifetime of electrons and improve the stability of the battery, and may to some extent to improve the conversion efficiency of photovoltaic cells. vgp-bps9/s, vgp-bpl2
Previously, the corresponding search results from plasma by the DAI Song-Yuan researcher in Boston in 2009 Materials Research Society Fall Meeting (MRS 2009 fall meeting) Special Report on how to be introduced, has received much attention . blogs