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.
采用转移法生产反光材料，其反光强度高、外观光滑细腻、手感柔软，且防水、耐磨、耐洗。
The reflective material produced by transfer method, featured high reflective strength, smooth and fine appearance, soft handle, and water proof and abrasion resistance and washing resistance.
经由简化光强度搭配有限元素法所得到的数据，模拟并讨论两者间的差异。
Through the simplification of intensity with the finite element method of data. simulation and discuss both the difference.
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.
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.
用准静态分析法分析了铌酸锂光强度调制器的电极结构参数。
To decrease the mismatch between the light and microwave velocities, the electrode structure of optical waveguide intensity modulator is designed by using quasi-static analysis method.
任何能影响化学发光反应，引起发光强度、速度和波长发生改变的物质都能成为化学发光法的分析对象。
A substance, which can affect cl reaction including the change of intensity, rate and wavelength, can be determined by cl method.
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.
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.
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