Conclusion The rare earth ternary complexes have strong fluorescence intensity.
结论稀土配合物具有很强的荧光强度。
And along with the enhancing of the acidity the fluorescence intensity ascended.
且荧光强度随酸性增强而递增。
The fluorescence intensity decreases in a monoexponential relationship for the second case.
第二种条件下荧光强度呈单指数关系衰减。
The fluorescence intensity of component 3 was negatively correlated with that of component 1.
组分3的荧光强度与组分1荧光强度显著负相关；
The fluorescence intensity of TPA was in direct ratio with square of incident energy consistency.
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 complex in aqueous solution is weaker than that in solid condition.
该配合物水溶液荧光强度均弱于其固体配合物。
The results showed that BPAA had a strong fluorescence intensity and the fluorescence property o…
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 fluorescence intensity, FWHM and emission lifetime of GABB, GAYB, GANB were reduced gradually.
荧光强度从GABB,GAYB,GANB逐步减弱，荧光半高宽和荧光寿命逐步变小。
Therefore, the fluorescence intensity observed in this assay is a true measure of the viable cells.
所以检测中观察到的荧光强度能够准确检测活性细胞的数量。
A trend of total fluorescence intensity first increasing and then decreasing was showed with the time.
总荧光强度随时间呈现先升高后降低的趋势。
Decline in ANS fluorescence intensity reflects the suppression in mitochondrial oxidative phosphorylation.
荧光强度下降反映线粒体氧化磷酸化功能下降。
It was found that temperature only affects the fluorescence intensity but not the site of fluorescence peaks.
结果表明，温度只对含油污水的荧光强度有影响，而不改变荧光峰位置；
Organelle-cell fluorescence intensity ratio analysis was adopted to study the intracellular distribution of HMME.
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。
The fluorescence intensity of filtrating malignancy was 282, and the sensitivity and the specificity were 80% and 72%.
荧光强度282作为诊断恶性肿瘤的临界值，则其检测灵敏度和特异度分别为80%和72%。
The fluorescence intensity of Component 2 gradually increased and Component 2 was the byproduct of microbial metabolism.
组分2荧光强度逐渐升高，推测组分2为微生物代谢过程中产生的副产物；
This labeling dye enables to obtain high labeling index for biomolecules and high fluorescence intensity in a solid state.
可以获得对生物分子的高标记率和固体状态下的高荧光强度。
Objective To explore the conditions under which fluorescence intensity is determined in confocal laser scanning microscopy.
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。
In addition, the fluorescence experiments showed that they can also interact with EB and increase its fluorescence intensity.
此外，荧光实验还表明这两种组分可与EB相互作用，使其荧光增强。
After measuring virus titer, BMSCs were transfected and the fluorescence intensity was observed under fluorescence microscope.
重组病毒物理滴度测定后感染骨髓基质干细胞，在荧光显微镜下观察荧光强度。
Assayed LDH % by the lactate dehydrogenase Kit. Assayed the level of intracellular free calcium fluorescence intensity by LSCM.
采用乳酸脱氢酶试剂盒测定海马神经元ldh %，用LSCM测定细胞内钙荧光强度的变化。
This paper put forward applying fluorescence intensity of cow serum analysis technology to diagnosis of cow diseases that le...
提出通过对奶牛血清的荧光强度进行分析，将其应用于奶牛疾病诊断这一国内外较少涉足的研究课题。
The ROX-126-labeled positive cells were found in the subgingival plaque by the mean fluorescence intensity of the cells' profile.
通过对细菌轮廓荧光强度均值的判断，证实龈下菌斑中存在ROX-126标记的阳性细菌。
Fluorescence intensity of 1,3,6,8-tetrakis(trimethylsilyl) pyrene was the largest among those of a series of pyrenes Derivatives.
四-三甲基硅芘的荧光强度在一系列芘衍生物中是最大的。
Results We found calcium fluorescence intensity increased obviously and obvious calcium oscillations occurred after adding oxytocin.
结果加入催产素后胞浆钙荧光强度上升，出现明显的钙波。
Because of nitro group, the fluorescence intensity of other pyrazolines has decreased, the UV, fluorescence spectra also have red shift.
基本上得到了我们预想的结果其它的几种薄膜由于硝基的引入，荧光强度减弱，而且紫外和荧光光谱有明显的红移现象。
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。
Using this model to do quantitative PCR analysis, result error is only related to the accuracy of fluorescence intensity or the instrument used.
使用动力学数学模型做定量pcr分析，其结果的误差仅与使用的荧光强度数值的精确度相关。
It was found that the fluorescence intensity of this ternary complex has a linear relationship with a certain concentration range of natural DNA.
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。
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。
Using fluorescence intensity ratio method of analysis, detection of wide variety, wide measuring range, fast analysis speed, less sample consumption.
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。
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