从前的实验用单标测荧光强度变化证实这一观点。
This result confirmed that CD43 is a surface marker of B cell expressed increasely after the activation and differentiation of B cell.
得出在控制光照射方向上半导体材料的折射率随控制光强度变化而变化的分布情况。
We get the refractive index distribution in the semiconductor versus light intensity in the direction of controlling light.
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.
发现在不同的注入光强度和波长下，激光器的调制带宽和弛豫振荡峰频率会发生变化。
The modulation bandwidth and the relaxation oscillation frequencies of the laser are quite different at different injection powers and wavelengths.
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.
暗化程度和折射率改变随激光强度、扫描速度、扫描行间距变化而变化。
Darkening and refractive index change varied with laser intensity, scan speed and line interval.
且该蓝光发射一旦获得，则其发光强度基本不再随激光功率密度变化而变化。
Once the blue-light emission wasobtained, it will not change with the increase of the power density of laser.
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.
振动力场的引入使光弹性图像和光强度矩阵发生了规律性变化。
Vibration field can make the photoelastic pattern and light intensity matrix change regularly.
当六氟异丙醇浓度范围为0.5％-1.5％时，蛋白质的二级结构和内源荧光发射峰位都没有发生明显的变化，而外源ANS荧光强度则显著增强。
In 0.5%-1.5% HFIP solutions, no remarkable changes of secondary structure and fluorescence emission maximum of AK have been observed, while the ANS increased obviously.
通过研究不同激光强度下光电子电离几率，发现了电离几率与激光场强度的非线性变化关系。
By studying the photoelectron populations on different laser intensities, we found the nonlinear relationship between laser intensity and photoelectron population.
次生代谢物质含量随紫外线和光强度而变化，从而保护植物免受强辐射的伤害。
The secondary metabolites contents changed with the intensity of ultraviolet radiation and light, which protected the plants from strong radiation.
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。
Assayed LDH % by the lactate dehydrogenase Kit. Assayed the level of intracellular free calcium fluorescence intensity by LSCM.
本文讨论了反射光强度随入射角变化而变化的性质，并得到了反射光强度的角分布曲线。
The characters of the corner reflector has been discussed in this paper. The reflection luminous intensity varies as the incident angle.
选用全脂奶粉作为粉状食品模型，利用schall烘箱法，通过测定丙二醛吸光度值、过氧化值、荧光光谱及荧光强度的变化，对麦胚多肽的抗氧化活性进行研究。
Whole milk powder was used as a powder food model to evaluate the antioxidant effect of wheat germ peptides by the method of SCHALL oven.
分析了回归反光织物中玻璃微珠直径变化对单个微珠反光强度和回归反光织物反光性能及其他性能的影响。
In this paper, the influence of glass bead diameter on single bead and property of retro-reflective fabric are discussed, moreover, it brings forward the conception of glass coverage.
在非功能式强度型光纤传感器中，造成光强变化而导致较大信号误差的主要原因有如下几个方面：（1）光源输出光功率的变化；
For the non-function intensity type fiber optic sensors, the main intensity errors are caused by the variation of (1)source device output optical power;
本文报道了导电聚合物p3mt的荧光光谱及其随样品掺杂浓度、激光强度和温度的变化。
The photoluminescence spectra of conducting polymer P3MT with different doping densities at different excitation intensities and temperatures are reported.
同时，孔隙率和光致发光谱随腐蚀时间的变化趋势证实了提高孔隙率是提高多孔硅发光强度的必要条件。
Meanwhile, the trend of porosity and PL spectrum with changing etching time confirm that it is necessary for improving PL intensity to increase porosity.
同时，孔隙率和光致发光谱随腐蚀时间的变化趋势证实了提高孔隙率是提高多孔硅发光强度的必要条件。
Meanwhile, the trend of porosity and PL spectrum with changing etching time confirm that it is necessary for improving PL intensity to increase porosity.
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