Spiral Donor Design Strategy for Blue Thermally Activated Delayed Fluorescence Emitters
Wei Li(South China University of Technology), Mengke Li(South China University of Technology), Wenqi Li(South China University of Technology), Zhida Xu(South China University of Technology), Lin Gan(South China University of Technology), Kunkun Liu(South China University of Technology), Nan Zheng(South China University of Technology), Chengyun Ning(South China University of Technology), Dongcheng Chen(South China University of Technology), Yuan‐Chun Wu, Shi‐Jian Su(South China Institute of Collaborative Innovation)
Cited by 106
Abstract
CT) state, which may open another RISC channel. Remarkably, in company with the optimized molecular structure and energy alignment, the pivotal TADF emitter DspiroS-TRZ achieved 99.9% PLQY, an external quantum efficiency (EQE) of 38.4%, which is the highest among all blue TADF emitters reported to date.
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