1. Syntheses and efficient phosphorescence of ionic silver(I) complexes based on benzothiazole-phosphine ligands.
- Author
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Liu, Rui, Liu, Chunmei, Xiao, Jiacheng, Sun, Xiaoli, Yan, Mengzhen, Du, Chenxia, and Zhang, Bin
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PHOSPHORESCENCE , *LIGANDS (Chemistry) , *SILVER , *SINGLE crystals , *BENZOTHIAZOLE , *BENZOXAZOLES , *THIAZOLES - Abstract
Ag(Ⅰ) complexes based on benzothiazole-phosphine ligands exhibit bright long-lived phosphorescence at 298 K. [Display omitted] • Two ionic silver(I) complexes based on benzothiazole-phosphine N^P ligands have been synthesized. • Two complexes in powder exhibit bright long-lived phosphorescent emissions at 298 K. • The coordination geometries around Ag(I) centers adopt distorted tetrahedron (1) and trigonal planar (2), respectively. Two ionic mononuclear silver(I) complexes (1 and 2) with formula of [Ag(N^P)(Xantphos)]SbF 6 , where N^P = 2–(benzo[ d ]thiazol)–2–yl) diphenylphosphine derivatives, Xantphos = 4,5-Bis(diphenylphosphino)-9,9-dimethylxanthene, have been synthesized and characterized. Single crystal analysis reveals that the geometries around Ag(I) centers adopt distorted tetrahedron (1) and trigonal planar (2). In powder at 298 K, these complexes exhibit bright emissions with high photo-luminescent quantum yields of 55.2 % (1) and 46.7 % (2) and lifetimes of 0.426 ms (1) and 1.87 ms (2), respectively. The results suggested that these complexes containing bulky benzothiazole phosphine can realize efficient long-lived phosphorescence. [ABSTRACT FROM AUTHOR]
- Published
- 2024
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