Abstract

Electronic studies in molecular systems have been used to evaluate the possibility of improvements in the efficiency of physicochemical processes of interest in electronic devices. We have studied complex molecular systems prototypes in our research area, especially involved in intra- and intermolecular electron transfer. In this work, we performed the spectral recording of uranyl acetate dihydrate in aqueous solution to characterize its spectral properties, related to the deformation of the electronic configuration, against the incidence of uv-visible radiation, in order to functionalize the spectral properties of uranium, by the insertion of donor species of electron pairs. For this we evaluate the electronic polarizabilities, by the use of the program POLAZ-F2.

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