Phosphorescence is generally considered a property of metal complexes; conversely, organic molecules are usually phosphorescent only at 77 K, where non-radiative decays are slowed down and quenching by dioxygen is inhibited. In this issue of Chem, Tang and colleagues report on rational guidelines for the design of organic chromophores exhibiting long-lived and bright phosphorescence at ambient conditions.
Ceroni, P. (2016). Design of Phosphorescent Organic Molecules: Old Concepts under a New Light. CHEM, 1(4), 524-526 [10.1016/j.chempr.2016.09.011].
Design of Phosphorescent Organic Molecules: Old Concepts under a New Light
CERONI, PAOLA
2016
Abstract
Phosphorescence is generally considered a property of metal complexes; conversely, organic molecules are usually phosphorescent only at 77 K, where non-radiative decays are slowed down and quenching by dioxygen is inhibited. In this issue of Chem, Tang and colleagues report on rational guidelines for the design of organic chromophores exhibiting long-lived and bright phosphorescence at ambient conditions.File in questo prodotto:
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