Design of high-performance circularly polarized multiple resonance-based TADF materials<i>via</i>participatory chiral perturbation
Ping Li, Wenjing Li, Qixin Lv, Runfeng Chen, Chao Zheng
Abstract
The materials incorporating a moderate electron-donating chiral unit (BAM) closer to the chromophore and participating in the frontier molecular orbitals distributions may achieve a balance between a large g value and high fluorescence quantum yield.
Topics & Concepts
ChromophoreMaterials scienceQuantum yieldAtomic orbitalPerturbation (astronomy)Resonance (particle physics)FluorescenceChiral perturbation theoryMolecular physicsPhotochemistryElectronAtomic physicsOpticsQuantum mechanicsPhysicsChemistryPionOrganic Light-Emitting Diodes ResearchLuminescence and Fluorescent MaterialsSynthesis and Properties of Aromatic Compounds