强光漂白与暗适应计时自动控制。
The bleaching and the dark adaptation time were automatically controlled and recorded.
激光漂白后荧光恢复技术(FRAP)观察gjic的状态。
The state of GJIC was observed by Fluorescene recovery after photobleaching (FRAP).
结果表明量子点经修饰后，量子点的量子产率、抗光漂白性及稳定性得到显著提高；
Experimental results showed that the conjugation of QDs by dBSA efficiently improve the photoluminescence quantum yield, the chemical stability of QDs and stability against photobleaching;
并在此基础上，提出了以金属掩模，利用光漂白技术制备聚酰亚胺脊型光波导的新方法。
On this basis a new method for fabricating polyimide ridge waveguides by photobleaching technique and using metal mask is proposed.
实验表明光漂白能破坏有机聚合物中极化分子的取向稳定性，造成其二阶非线性效应衰减。
Experiments show that photo-bleaching can damage the orientation stability of polarized molecules in organic polymer and cause its second order nonlinear effect to attenuate.
第二部分阐述了研究光敏剂特性的主要理论问题：浓度、荧光产额、光谱特性、光漂白特性等。
Secondly, the study of the properties of photosensitizers, which mainly including the fluorescence yield, spectral properties, photobleaching properties of photosensitizers were carried out.
目的分析在不同溶液体系中，影响国产光敏剂血卟啉单甲醚（HMME）光漂白速率的主要因素。
Objective To analyze the principal impact factors that can affect the photobleaching rate of HMME in different solutions.
结果表明光敏剂的光漂白时间除了与光敏剂自身类型有关，还与其浓度、入射光源的功率及波长有关。
The experimental results show that the photobleaching time of photosensitizers relate to the type and concentration of photosensitizers, and to the power of irradiation laser.
运用长时间活细胞荧光影像捕获和荧光漂白恢复等技术手段，研究了脊髓灰质炎病毒正链rna在活细胞内的行为特征。
By using living cell imaging, time-lapse monitoring and FRAP technique, the intracellular behavior of poliovirus plus-strand RNA was studied in living host cells.
同时由于聚合物膜对指示剂染料具有一定的保护作用，所以染料在包裹了NBA的荧光探针中的耐光漂白性要比游离NBA的耐光漂白性增强。
The ability of the NBA in the probe to resist photobleaching is stronger than free NBA due to the protective effect of the polymer film on the entrapped dye.
同时由于聚合物膜对指示剂染料具有一定的保护作用，所以染料在包裹了NBA的荧光探针中的耐光漂白性要比游离NBA的耐光漂白性增强。
The ability of the NBA in the probe to resist photobleaching is stronger than free NBA due to the protective effect of the polymer film on the entrapped dye.
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