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Blumenstegel, S., Sadofev, S, Xu, S.C., Puls, J., and Henneberger, F. (2006) Converting Wannier into Frenkel Exciton in an Inorganic-Organic Hybrid Semiconductor Nanostructure. Physical Review Letters, 97, 247401.

has been cited by the following article:

• TITLE: Energy Transfer in Triple Semiconductor-Organic Hybrid Structures

  AUTHORS: O. A. Dubovskiy, V. M. Agranovich

  KEYWORDS: Excitons, Hybrid, Organics, Semiconductor, Nanostructures, Pumping

  JOURNAL NAME: Soft Nanoscience Letters, Vol.7 No.1, October 20, 2017

  ABSTRACT: With aim to increase set of modern commercial optoelectronic devices we investigate the optical properties of new triple semiconductor-organics-semiconductor nanostructure having two semiconductor layers with organic layer between. This will be development to majority of modern publications with investigations of only double hybrid nanostructures with one contacting semiconductor layer and one organic layer. It is supposed that the energy of exciton in the first layer is larger than the energy of exciton in organic layer and that the energy of exciton in organic layer is larger in comparison with energy of exciton in second semiconductor layer. It was shown that installation of organics leads to some frequencies at different parameters or to reflection increasing and transmission decrease or to reverted dependence. New recurrent method of inverted calculation for fields is proposed and using this method the frequency dependences of optical characteristics have been calculated. The role of second semiconductor layer in considered triple structure has been estimated.