结论稀土配合物具有很强的荧光强度。
Conclusion The rare earth ternary complexes have strong fluorescence intensity.
蛋白质荧光强度增强。
荧光强度下降反映线粒体氧化磷酸化功能下降。
Decline in ANS fluorescence intensity reflects the suppression in mitochondrial oxidative phosphorylation.
该配合物水溶液荧光强度均弱于其固体配合物。
The fluorescence intensity of complex in aqueous solution is weaker than that in solid condition.
研究了实验条件对荧光强度的影响和共存元素的干扰。
The effects of experimental conditions on fluorescence signal intensity and interference from coexisting ions were studied.
讨论了转光膜荧光强度与膜厚度的关系及光谱校正问题。
Dependence of intensity on thickness of LCFF and fluorescence spectra correction are investigated.
结果加入催产素后胞浆钙荧光强度上升，出现明显的钙波。
Results We found calcium fluorescence intensity increased obviously and obvious calcium oscillations occurred after adding oxytocin.
效应细胞的杀伤活性与靶细胞释放的荧光强度呈正相关性。
The cytotoxicity of effect or cells corresponded positively to the fluorescence released by target cells.
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。
The paper also analyzes the reasons of ions polarization and lattice structures influence on fluorescent intensity.
本文叙述使用两个荧光参比溶液调节仪器的荧光强度测量法。
A measurement of fluorimetric intensity by using two fluorimetric reference solutions to check the instrument is described.
文章探讨掠发射X射线荧光强度与X射线管阳极高压的关系。
The dependence of the intensity of grazing emission X-ray fluorescence on the anode voltage of X-ray tube has been investigated.
碰撞能量合并逆过程速率系数由原子密度和荧光强度比得到。
The measured density and fluorescence intensities have been used to obtain reverse energy-pooling rate coefficients.
目的评价外周血DNA荧光强度对恶性肿瘤诊断的临床价值。
Objective To study the clinical value of peripheral blood DNA in the diagnosis of solid neoplasias.
得到了双光子吸收的荧光强度和入射光的能量密度平方成正比。
The fluorescence intensity of TPA was in direct ratio with square of incident energy consistency.
组氨酸残基被修饰后酶活力基本不变，酶的荧光强度也不改变。
Modification of histidine residue did not change the activity of enzyme and its fluorescence emission peak intensity.
组氨酸残基被修饰后酶活力基本不变，酶的荧光强度也不改变。
Modification of histidine residue did not change the activity of the enzyme and its fluorescence emission peak intensity.
通过改变这些荧光强度发光，电脑显示器可以在每个像素变化的感知颜色。
By varying the intensity which these phosphors glow, the computer monitor can vary the perceived color at each pixel.
目的对应用激光扫描共聚焦显微镜进行荧光强度的测定条件做了详细的分析。
Objective To explore the conditions under which fluorescence intensity is determined in confocal laser scanning microscopy.
采用荧光强度比率分析方法，检测品种广，量程宽，分析速度快，样品耗量少。
Using fluorescence intensity ratio method of analysis, detection of wide variety, wide measuring range, fast analysis speed, less sample consumption.
结果表明BPAA具有很强的荧光强度，而且其荧光性能对环境的敏感性较低。
The results showed that BPAA had a strong fluorescence intensity and the fluorescence property of BPAA had small sensitivity to circumstances.
结果表明，血卟啉的荧光强度和单态氧的量子产额较高，它们均为有效的光敏剂。
The results indicate that the laser fluorescence intensity and the singlet oxygen quantum yield of hematoporphyrin are better than others and they may be effective photosensitizers.
本文报道了几种精炼油加热后的激光诱导荧光强度的变化与加热时间及温度的关系。
The fluorescence induced by laser in heated oil has increased intensity with heating time and heating temperature.
荧光分光光度计法具有高灵敏性、相对荧光强度可调性等优点，是较为理想的方法。
Fluorescence spectrophotometry is very sensitive to fluorescence and the relative fluorescence intensity can be regulated according to our needs, it is the ideal measuring method.
采用细胞器-细胞荧光强度比值法，对HMME进行单细胞内分布的定性与定量研究。
Organelle-cell fluorescence intensity ratio analysis was adopted to study the intracellular distribution of HMME.
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.
研究表明在一定的浓度范围内，三元络合物的荧光强度与天然dna的浓度成线性关系。
It was found that the fluorescence intensity of this ternary complex has a linear relationship with a certain concentration range of natural DNA.
荧光光纤温度传感器作为光纤传感器的一种，通常分为荧光强度型和荧光寿命型两大类。
Fluorescence fiber temperature sensor, as one kind of fiber optic sensors, can be divided into two types, which is sort of fluorescence intensity and sort of fluorescence-lifetime.
这个被称为空氮的缺陷作用就像是一个传感器，因为它的荧光强度会随着其与磁旋的相互作用而变化。
The defect, known as a nitrogen-vacancy defect, functions as a sensor because its fluorescence intensity is altered by interactions with magnetic spins.
这个被称为空氮的缺陷作用就像是一个传感器，因为它的荧光强度会随着其与磁旋的相互作用而变化。
The defect, known as a nitrogen-vacancy defect, functions as a sensor because its fluorescence intensity is altered by interactions with magnetic spins.
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