Orange fluorescent Ru (III) complexes based on 4′-aryl substituted 2, 2′: 6′, 2 ″-terpyridine for OLEDs application
R Lakshmanan, NC Shivaprakash, S Sindhu - Journal of Fluorescence, 2018 - Springer
A series of ruthenium (III) complexes of the formulae [Ru (4-Mephtpy) 2] Cl 3 (1)[Ru (L 1)],[Ru
(3, 4, 5-tmphtpy) 2] Cl 3 (2)[Ru (L 2)], and [Ru (4-thptpy) 2] Cl 3 (3)[Ru (L 3)],(where L= terpy=
2.2′: 6′ 2 ″terpyridine ligands) are synthesized. The complexes were characterized by
elemental analyses, spectroscopic and electrochemical data. The density functional theory
(DFT) outlines the geometric optimisation and electronic charge transition of these
complexes. Photophysical studies describe that the luminescence of Ru (III) complexes is …
(3, 4, 5-tmphtpy) 2] Cl 3 (2)[Ru (L 2)], and [Ru (4-thptpy) 2] Cl 3 (3)[Ru (L 3)],(where L= terpy=
2.2′: 6′ 2 ″terpyridine ligands) are synthesized. The complexes were characterized by
elemental analyses, spectroscopic and electrochemical data. The density functional theory
(DFT) outlines the geometric optimisation and electronic charge transition of these
complexes. Photophysical studies describe that the luminescence of Ru (III) complexes is …
Orange Fluorescent Ru (III) Complexes Based on 4′-Aryl Substituted 2, 2′: 6′, 2 ″-Terpyridine for OLEDs Application
SS Nair - 2017 - dspace.bits-pilani.ac.in
A series of ruthenium (III) complexes of the formulae [Ru (4-Mephtpy) 2] Cl3 (1)[Ru (L 1)],[Ru
(3, 4, 5-tmphtpy) 2] Cl3 (2)[Ru (L 2)], and [Ru (4-thptpy) 2] Cl3 (3)[Ru (L 3)],(where L= terpy=
2.2′: 6′ 2 ″terpyridine ligands) are synthesized. The complexes were characterized by
elemental analyses, spectroscopic and electrochemical data. The density functional theory
(DFT) outlines the geometric optimisation and electronic charge transition of these
complexes. Photophysical studies describe that the luminescence of Ru (III) complexes is …
(3, 4, 5-tmphtpy) 2] Cl3 (2)[Ru (L 2)], and [Ru (4-thptpy) 2] Cl3 (3)[Ru (L 3)],(where L= terpy=
2.2′: 6′ 2 ″terpyridine ligands) are synthesized. The complexes were characterized by
elemental analyses, spectroscopic and electrochemical data. The density functional theory
(DFT) outlines the geometric optimisation and electronic charge transition of these
complexes. Photophysical studies describe that the luminescence of Ru (III) complexes is …
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