For thermally-activated delayed fluorescence to work effectively, they show that the emissive and nonemissive states have to be as close as possible in energy.
该团队表示，为了使热活化延迟荧光更加有效的工作，激发态和非激发态在能量上要尽可能的接近。
For thermally-activated delayed fluorescence to work effectively, they show that the emissive and nonemissive states have to be as close as possible in energy.
该团队表示，为了使热活化延迟荧光更加有效的工作，激发态和非激发态在能量上要尽可能的接近。
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