为从植物光诱导延迟荧光技术来研究植物的光合作用提供了重要的实验证据。
Thus important experimental validations were provided to study plant photosynthesis by light-induced DF technology.
从电荷复合理论出发，对叶绿体光诱导延迟荧光的产生机制进行了简化的理论模拟。
Based on the charge recombination theory, the mechanism for delayed fluorescence origin is theoretically analyzed in this paper.
不同DCMU浓度处理叶片后延迟荧光强度与叶片光合速率的变化表现出很好的相关性。
With the different concentration of DCMU treatment, the intensity of the DF and net photosynthesis rate (Pn) behaved excellent correlation.
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.
在研究用染料1 -氨基- 4 -羟基蒽醌染色的尼龙- 6单丝的燐光光谱时，观察到染料的延迟荧光。
The delayed fluorescence of 1-amino-4-hydroxy-anthraquinone is observed in the phosphorescence spectrum of dyed nylon-6 fiber.
在研究用染料1 -氨基- 4 -羟基蒽醌染色的尼龙- 6单丝的燐光光谱时，观察到染料的延迟荧光。
The delayed fluorescence of 1-amino-4-hydroxy-anthraquinone is observed in the phosphorescence spectrum of dyed nylon-6 fiber.
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