Dipyrrolylmetenes and their analogues in modern coordination chemistry

Antina E.; Rumyantsev E.

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ANTINA, E., RUMYANTSEV, E.. Dipyrrolylmetenes and their analogues in modern coordination chemistry. In: Physical Methods in Coordination and Supramolecular Chemistry, 24-26 octombrie 2012, Chişinău. Chisinau, Republic of Moldova: 2012, XVII, p. 134.

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Physical Methods in Coordination and Supramolecular Chemistry
XVII, 2012

Conferința ""Physical Methods in Coordination and Supramolecular Chemistry""
Chişinău, Moldova, 24-26 octombrie 2012

Dipyrrolylmetenes and their analogues in modern coordination chemistry

Pag. 134-134

Antina E.¹, Rumyantsev E.²¹

¹ G.A. Krestov Institute of Solution Chemistry of the Russian Academy of Sciences,
² Ivanovo State University of Chemistry and Technology

Disponibil în IBN: 28 mai 2020

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This report is devoted to the generalization of research considered the physical-chemical properties and directed functionalization methods of linear oligopyrroles (dipyrrines and their bis-derivatives), their complexes and hybrid materials based on them for solving different theoretical and practical tasks. Differing several intramolecular or extramolecular parameters (the structure of di- and tetrapyrrolic ligand or they complexes with a large variety of metals; the nature of solvent media (in solutions) or polymeric matrices (in hybrid material) is a very effective instrument for searching of practically useful materials for optic, medicine, nanotechnologies. Linear oligopyrroles metal complexes are the great example of compounds combining high flexibility of aromatic π-system of pyrrole rings with linkers and the ability to form very kinetically and thermodynamically stable six-member metallocycles. A wide variety for constructing different types of complexes (homo- and heteroleptic, mono- and polynuclear) allowing us to accurately tune the spectral and photo-physical properties of investigated compounds under the exact task. The methods of hybrid material synthesis by incorporation of investigated compounds into organic or inorganic polymeric matrices with the formation of spatial grid which differs from the initial structures but saving common motives and functionality are especially effective.

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