Title: Frontispiece: Manipulation of Triplet Excited States in Two‐Component Systems for High‐Performance Organic Afterglow Materials.
Authors: Li, Jiuyang; Wang, Guangming; Chen, Xuefeng; Li, Xun; Wu, Minjian; Yuan, Shou; Zou, Yunlong; Wang, Xuepu; Zhang, Kaka
Abstract: Afterglow materials, organic long persistent luminescence, organic phosphorescence, two-component design strategy, triplet excited states Keywords: afterglow materials; organic long persistent luminescence; organic phosphorescence; two-component design strategy; triplet excited states EN afterglow materials organic long persistent luminescence organic phosphorescence two-component design strategy triplet excited states 1 1 1 06/24/22 20220621 NES 220621 B Recent progress of high-performance afterglow materials b obtained by a two-component design strategy is reviewed. Due to the unique advantages of two-component design strategies, various derivative strategies such as the dopant-matrix design, donor-acceptor design, sensitization and energy transfer strategies can be applied to manipulate triplet excited states.
Subjects: DELAYED fluorescence; PHOSPHORESCENCE
Publication: Chemistry - A European Journal, 2022, Vol 28, Issue 35, p1
ISSN: 0947-6539
Publication type: Academic Journal
DOI: 10.1002/chem.202283561

Frontispiece: Manipulation of Triplet Excited States in Two‐Component Systems for High‐Performance Organic Afterglow Materials.

Li, Jiuyang; Wang, Guangming; Chen, Xuefeng; Li, Xun; Wu, Minjian; Yuan, Shou; Zou, Yunlong; Wang, Xuepu; Zhang, Kaka