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临界光线折射角
相关语句
  critical light refraction angle
     Relationship between Solution Concentration and Critical Light Refraction Angle
     临界光线折射角与溶液浓度关系的研究
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  相似匹配句对
     Relationship between Solution Concentration and Critical Light Refraction Angle
     临界光线折射角与溶液浓度关系的研究
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     (M, H)-Critical Matrices
     (M,H)-临界矩阵
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     Analysis of Critical Period in Microbend Fiberoptic Sensor by Light Ray Theory
     微弯光纤传感器临界周期的光线理论分析
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     THE MULTIPLE-DIMENSIONAL THRESHOLDS IN SUSTAINABLE DEVELOPMENT
     可持续发展的多维临界
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     Space,Light,Time
     空间·光线·时间
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To essentially eliminate the measuremental errors arisen from light source power and wavelength fluctuation, a measurement method of solution concentration by means of glancing incidence was proposed. The method is based on the relationship between solution concentration and the refraction angle of the medium transparent. Such a measurement system was developed. The relationship between critical light of refraction angle and the concentration was analyzed, introducing the structure of measurement system, and...

To essentially eliminate the measuremental errors arisen from light source power and wavelength fluctuation, a measurement method of solution concentration by means of glancing incidence was proposed. The method is based on the relationship between solution concentration and the refraction angle of the medium transparent. Such a measurement system was developed. The relationship between critical light of refraction angle and the concentration was analyzed, introducing the structure of measurement system, and the researching of measured precision and practical. The system to measuring solution concentration of standard, the test data go to regression and demarcate. A mathematical formula is based on the relationship between solution concentration and refraction angle. Different concentrations of a set of sucrose solution, with the concentration being from 5% to 80%, were measured experimentally. The maximum absolute measurement bias is no more than 0.003%. Tests show this system prospectively with practical applications of engineering.

根据溶液浓度与其折射率的关系,提出用掠入射法测量溶液浓度的方法·利用其临界光线的折射角进行透明介质溶液浓度的精确测量,研发出测量实验系统·分析了临界光线的折射角与其浓度的关系,给出溶液浓度与折射角之间的简单数学解析式·用该系统对5%~80%的甘油溶液进行测量,结果最大绝对偏差小于0.003%.

To eliminate the measurement errors arisen from light source intensity and wavelength fluctuation,a method of measuring solution concentration by glancing incidence was proposed.The method is based on the relationship between solution concentration and the critical light refraction angle of the transparent medium.Different concentrations of a set of sucrose solution were measured experimentally,which vary from 5% to 80%.The maximum deviation is 0.002%.

提出用掠入射法测量溶液浓度的方法,该法不受光源强弱和波长变化的影响,测量环境宽松。利用溶液浓度与其掠入射临界光线折射角的关系,采用标准溶液进行测量和拟合标定,给出数学解析关系式。对已知浓度为5%~80%的蔗糖溶液进行实验测量,结果最大偏差为0.002%,具有工程应用的前景。

 
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