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1·The analytic expressions of the fluorescent intensity are derived in two_photon fluorescence confocal imaging.

导出了共焦双光子荧光显微镜探测光强随荧光波长变化的解析表达式。

2·Average fluorescent intensity over the segmented cell regions was calculated and the measurement was completed.

最终通过求取分割所得细胞区域内的平均荧光强度完成测量。

3·The paper also analyzes the reasons of ions polarization and lattice structures influence on fluorescent intensity.

分析了离子极化产生的原因及荧光结构对荧光强度的影响。

4·Fluorescence spectra are measured, and they show that the fluorescent intensity of terbium complexes are more stronger.

测定了配合物的荧光激发光谱和发射光谱，表明铽配合物发出较强的荧光。

5·Conclusion Using optimum parameters for measurement, the fluorescent intensity was not only stronger but also more stable.

结论使用优化的测试条件分析化探样中的芳烃，其荧光强度更强、更稳定。

6·The result showed that ratio of single and double layer of fluorescent intensity or the change of degree of polarization weren't difference(P>0.05).

结果表明，两者单、双体荧光强度比值及荧光偏振度的变化，差异均无显著性（P＞0．05）。

7·Unlike compact fluorescent bulbs, LEDs can be adjusted to any level of lighting intensity.

与紧凑型荧光灯泡不同，LEDs可以调整成任何照明强度。

8·Use your window shades or drapes to block out any sunlight, and use fluorescent or lower intensity bulbs or tubes.

用遮光帘或窗帘来遮挡部分阳光，并使用荧光灯或低瓦数的灯泡或灯管。

9·The luminescence intensity is high and stable. Single quantum dots have longer excited state lifetimes, and they appear 10-20 times brighter than organic fluorescent dyes.

其荧光强度高而稳定，单一量子点表现出的荧光亮度和持续时间是普通有机荧光染料的10 ~ 20倍。

10·The films doping o-phenanthroline (abbreviated as phen) made increasing in the relative intensity of fluorescent emission behavior that of pure LB films, but the large amount of phen was not better.

掺杂邻菲咯啉的混合l B膜荧光强度比纯膜强，但不是邻菲咯啉加入的量越多发光性越强。