1Īccordingly, DSSCs represent an attractive solution to produce electricity with low cost and is a valuable technology for building integrated photovoltaic (BIPV) or for indoor applications. For example, Hagfeldt and co-workers report an efficiency up to 28.9% under indoor illumination with a model Osram 930 warm-white fluorescent light tube (1000 lux), which even outperforms a GaAs thin-film solar cell in the same conditions. Job offers, PhD candidates and post-docĪs compared to the much extensively developed silicon based solar cells, dye sensitized solar cells (DSSCs) present the discriminating advantages of having a shorter energy payback time, the color of the cell is tunable over all the rainbow, they are transparent and aesthetic, compatible with flexible substrates, they are lightweight and very importantly they display higher performances under low light conditions and particularly under artificial lightning.Methodology in Heterocyclic and Radical chemistry. Molecular interactions and ligands of biological interest.Investigating the chemistry of radionuclides.Materials for Energy and Information processing.Sustainable chemistry and new technology.
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