Improving Photophysical Properties of Deazaflavin Derivatives by Acrylaldehyde Bridging: A Theoretical Investigation
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发布时间：2025-02-25
发表时间：2024-10-29
发表刊物：ChemPhotoChem
ISSN号：2367-0932
关键字：Adiabatic energies; Electronic structure; Electronic.structure; Electronic transition; Electron transfer; Excited states; Flavin; Fluorescence; Intersystem crossing; Photophysical properties; Rate constants; Structure property; Theoretical investigations; Vibronic coupling
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