从量子物理和荧光产生的机理入手对实验结果进行理论分析。
The results of the experiment were analysed with quantum physics and the theory of fluorescence bringing.
着重介绍了荧光产生和猝灭的原理及多孔塑料光纤探头的原理。
It is emphasized on the theory of dynamic fluorescence quenching and the basis principle of porous plastic optical fiber probe.
荧光强度与激发光强度的三次方关系表明，有效的荧光产生起源于三阶非线性光学效应的增强。
The intensity dependence of integrated luminescence on pump power shows that this is a third-order nonlinear optical effect.
分析了这些可见荧光产生的原因，指出它不同于红外荧光的发光机理，是一种离子对的合作吸收和发射。
The cause of visible fluorescence were analyzed. The mechanism of visible fluorescent is different to infrared fluorescent, it is cooperative absorption and emission of ion pairs.
文章分析了荧光产生的原因和荧光物质的结构以及加氢工艺条件和催化剂的化学组成对产生荧光物质的影响；
This article discusses the molecular structure of the fluorescence, the effects of processing conditions of hydrogenation and chemical composition of catalysts of the occurrence of fluorescence.
该技术使用检测到的荧光信号的比值表明，一组肽集群开始聚集与疾病相关，并对脑部产生影响。
The technique USES the ratio of detected fluorescence signals to indicate that clusters of peptide associated with the disease are beginning to gather and to have an impact on the brain.
新计划采用七个埃希式大肠杆菌群落取代引信，每个菌落都被赋予一个产生不同荧光的蛋白质的基因。
The new scheme replaces the fuse with seven colonies of Escherichia coli bacteria, each given a gene for a different fluorescent protein.
但是细菌性和病毒性的感染产生不同的ROS，所以就会有不同种类的荧光。
But bacterial and viral infections produce different ROS's and so have different types of glows.
这种自然产生的荧光现象，是由功能强大的水下频闪灯以及只允许特定波长的光通过的特殊屏障滤光打光并捕获入镜的。
Naturally occurring fluorescence emitted and captured using powerful underwater strobes and special barrier filters that only allow specific wavelengths of light.
那些被重新发射的光线与蝴蝶翅膀上的荧光色素相互作用，就产生了明亮的蓝绿色。 相隔长距离的蝴蝶用这种明亮的颜色进行相互沟通。
The re-emitted light interacts with fluorescent pigments found on the butterflies’ wings to produce the vibrant green-blue color.
一种与电脑相连接的照相机可以检测到这种荧光，从而电脑（根据荧光所在的位置）记录下产生雌激素的鸡蛋所处的位置。
The light so generated is recorded by a camera linked to a computer that keeps track of where the egg that produced the sample is now stored.
美国宇航局戈达德宇航中心的研究人员绘制了第一套陆地植物荧光地图。微红的荧光是叶子释放出因光合作用产生的一种副产物。
Researchers at NASA's Goddard Space Flight Center have produced the first global maps of land-plant fluorescence, a reddish glow that leaves emit as a byproduct of photosynthesis.
早期的复合型荧光灯管是昂贵的，消费者抱怨各种各样的问题诸如从有响声，闪烁，过长的启动时间产生令人不愉快的色彩。
Early iterations of the compact fluorescent light bulb were expensive, and consumers complained of myriad problems - from buzzing, flickering and long start-up time to unpleasant hues.
类似的实验也在一些更大动物身上得到了验证，当在蓝光环境中，这些动物产生了荧光。
Similar tactics have since been used to create much larger creatures that glow when exposed to deep blue light.
去年，丘奇的研究团队通过自组装获得了合成核糖体，并产生了荧光素酶，这种蛋白质可以使萤火虫发光。
Though they haven’t published their results yet, last year his team got a synthetic ribosome to self-assemble and produce luciferase, the protein that makes fireflies glow.
当管壁上的磷粉碰到紫外线时，便能产生明亮的辉光。这就是荧光管的原理。
This strikes the phosphor on the glass walls and makes it glow brightly.
拍摄这些照片的神经生物学家JeffLichtman利用这个发现发明了一种能够产生绿、红、蓝三种荧光的基因标记神经细胞的方法。
Jeff Lichtman, the neurobiologist who created those pictures, had used the discovery to invent a way to tag nerve cells with genes whose products fluoresce green, red and blue.
他说：“我可以使用一种酶，来代替使用昂贵的机器，使它产生化学荧光。”
"Instead of using fancy machinery, I can use an enzyme to make the chemical fluoresce," he says.
电脑室内光线要适宜，不可过亮或过暗，避免光线直接照射在荧光屏上而产生干扰光线。
Computer room light should be fit, not too bright or too dark, to avoid direct exposure to light in the screen caused interference of light.
然而，某些图像，例如rgb图像下获得的荧光显微照片，会产生令人意外的结果。
However, some images, such as fluorescence micrographs taken as RGB images, can yield surprises.
此类化合物具有近似三角架形结构，能产生荧光，可以与稀土离子进行选择性配位。
These compounds have tripodal structure, can produce strong fluorescence and can coordinate selectively with rare earth ions.
防晒建议：在灯火通明的购物中心里扫货两小时，几乎等于在大太阳底下曝晒一小时，因为商场里的各种荧光灯也会产生紫外线辐射。
Solution: Even a two-hour shopping spree in a brightly lit indoor mall is equivalent to spending about an hour in the sun, because fluorescent light bulbs also emit UV rays.
结果与结论：线粒体在态4呼吸状态下，DCF的荧光强度随时间呈线性增加，表明活性氧以恒定速率产生。
Results and Conclusion: DCF fluorescence showed linear increase in State 4 mitochondria, which suggest ROS produced at constant rate.
实验结果表明松材线虫本身不产生毒素，在荧光假单胞菌培养液的无细胞滤液中加入无菌松材线虫未能显著改变其毒性。
Results also showed that pine wood nematode itself neither produced phytotoxin nor affected the toxicity of extracts from the culture of bacterium after the addition of it.
实验结果表明松材线虫本身不产生毒素，在荧光假单胞菌培养液的无细胞滤液中加入无菌松材线虫未能显著改变其毒性。
Results also showed that pine wood nematode itself neither produced phytotoxin nor affected the toxicity of extracts from the culture of bacterium after the addition of it.
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