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.
测定了两种金属双硫腙在聚合物介质中的基态及激发态可见光谱吸收曲线，及其在黑暗环境下的热回复曲线。
The visible light absorption curve and heat recovery curve of mercuric and zinc dithizone in PMMA and PS are also measured.
将计算得到的不同时刻的布居分布与热分布作了比较，发现受激光激发的激发态分子的布居分布与热分布不同。
Comparison the calculated distributions of CF3I at various time, it was found that the laser excited population distribution was different from the thermal distribution.
将计算得到的不同时刻的布居分布与热分布作了比较，发现受激光激发的激发态分子的布居分布与热分布不同。
Comparison the calculated distributions of CF3I at various time, it was found that the laser excited population distribution was different from the thermal distribution.
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