Interchromophoric communication– when darkness falls: This study investigates the electronic communication between various hole‐transporting (HT) ligands and a rhenium(phenanthroline) centre to which they are coordinated. It is found that when the conjugation within the HT ligand is increased, the energy of a non‐emissive HT ligand electronic transition is sufficiently lowered so that it interacts
发色团间的通讯–当黑暗降临时:本研究调查了各种空穴传输(HT)
配体与a配合的phen(
菲咯啉)中心之间的电子通讯。发现当HT
配体内的结合增加时,非发射性HT
配体电子跃迁的能量会充分降低,以使其与((
菲咯啉)部分的发射相互作用并使其部分失活(见图)。 。