Nonradiative energy transfer in 2D ordered organic structures

This work concerns theoretical studying of excitation energy transfer in the ordered multilayer organic films, doped with active luminophore molecules. Such ordered structures can be formed using modern techniques of molecular electronics: Langmuir-Blodgett, self-assembly, ionic self-assembly etc. In such systems of doped matrix, where no immediate contact between donor and acceptor molecules exist, the most considerable way of energy transfer is the Forster transfer. It involves the through-space interaction of the excited donor molecule with a neighboring acceptor molecule.