Multicomponent systems have been designed, which are able to perform defined functions related to light emission and quenching. The desired function can be switched ON/OFF by the operator through a chemical input, either a change of pH or a variation of the redox potential. Transition metals (e.g. Ni(II), Cu(II)) are key constituents within the considered systems, playing a distinctive architectural role and favouring electron transfer processes.
Light Emitting Molecular Devices Based on Transition Metals
AMENDOLA, VALERIA;FABBRIZZI, LUIGI;FOTI, FRANCESCO;LICCHELLI, MAURIZIO;MANGANO, CARLO PAOLO;PALLAVICINI, PIERSANDRO;POGGI, ANTONIO;SACCHI, DONATELLA;TAGLIETTI, ANGELO MARIA
2006-01-01
Abstract
Multicomponent systems have been designed, which are able to perform defined functions related to light emission and quenching. The desired function can be switched ON/OFF by the operator through a chemical input, either a change of pH or a variation of the redox potential. Transition metals (e.g. Ni(II), Cu(II)) are key constituents within the considered systems, playing a distinctive architectural role and favouring electron transfer processes.File in questo prodotto:
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