... 荧光寿命:fluorescence life time 荧光效率:fluorescence efficiency 荧光量子产率:fluorescence quantum yield ...
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...度1—5 1．t m且粉体形状趋于球形，而如今为了提高荧屏的寿命及承受较高电子能量的冲击，对荧光效率（Luminescence Efficiency）、亮度（Brightness）及耐腐蚀能力（ResistanttO Degradation）的要求也更为提高。
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X光荧光效率 X-ray fluorescence efficiency
荧光转换效率 fluorescence conversion efficiency
荧光量子效率 fluorescence quantum efficiency ; quantum yield of fluorescence ; fluorescence quantum conversion efficiency ; quan
荧光屏发光效率 screen actinic efficiency ; luminous efficiency of phosphor screen
荧光变换效率 [激光] fluorescence conversion efficiency
荧光增益效率 fluorescence quantum efficiency
荧光屏发射效率 screen radiant efficiency
而且，发现在样品中的深辐射能级的荧光效率也受到快速热退火的影响。
Furthermore, we found that the luminescence efficiency of the deep radiative levels in the samples were also affected by rapid thermal annealing.
与无机物相比，有机发光材料具有高荧光效率、颜色的广泛选择性及易成膜性。
The advantages of organic materials over inorganic materials are high fluorescent efficiency, wide selection of colors and the easiness in the fabrication of large films.
本文综述了高荧光效率量子点的各种制备方法以及在生命科学领域应用的研究进展。
The research progress in different preparing methods of quantum dots and their application in the fields of life science are briefly reviewed in this paper.
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