1) diffusive cavity
漫反射腔
2) diffuse wall cavity
漫射壁腔
3) diffuse reflection
漫射反射
4) diffusing enclosure
漫射封闭腔
1.
As the thermal radiation of coating surface on Low E glass is strongly influenced by its spectrum, the nongray band model in diffusing enclosure was used to numerically simulate the surface radiative characteristics of Low E glass in combination with the glass properties of absorptivity and transmissivity.
采用漫射封闭腔内非灰谱带模型 ,并结合玻璃吸收和透射的性质 ,对Low E玻璃镀膜侧表面的热辐射特性进行了数值模拟研究 。
5) diffuse reflection
漫反射
1.
A simple and convenient method of diffuse reflection holography;
漫反射全息摄影的一种简便方法
2.
In order to improve the analysis efficiency, this paper studies the method of analyzing the composition of milk by using nearinfrared diffuse reflection spectroscopy and discusses the propagation of the light in the milk and some relevant measuring methods.
为提高牛奶成分化学分析的效率,研究了近红外漫反射光谱在牛奶主要成分分析中的应用;讨论了光在牛奶中的传播方式和相关测量方法的选择;采用偏最小二乘(PLS)建立校正模型,比较了各种预处理方法和不同谱区的建模效果,其中脂肪的相关系数为0。
3.
Ceramic materials have the advantages of good chemical stability,high-temperature resistance,size stability and light diffuse reflection.
陶瓷材料具有良好的化学稳定性、耐高温性、尺寸稳定性、光漫反射特性等优点,在大功率激光器上有较好的应用前景。
6) diffuse reflectance
漫反射比
1.
The macro fractal characterization of the rough surface with low emissivity and high diffuse reflectance is analyzed by DFBIR model, and the macro fractal dimension is calculated by using SEM topography and graphic processing system S600.
采用 DFBIR模型分析了热红外低比辐射率高漫反射比粗糙表面的宏观分维特性 ,利用 SEM表面形貌图和图像处理系统 S60 0计算了宏观分维数 。
2.
This work has two objects:one is to expand the functions of infrared spectrophotometers so as to achieve the measurement of infrared diffuse reflectance at low cost;the other is to complement the means for measuring the infrared diffuse reflectance in the waveband from 2.
本项工作有两个目的:一是拓展红外分光光度计的功能,通过花少量的经费来实现红外漫反射比的测量;二是补充这个波段的红外漫反射比测量手段。
3.
This paper introduces a method of the measuring for material diffuse reflectance by integrating sphere, hereby a practical instrument is designed.
介绍一种利用积分球测量材料漫反射比的方法和装置 ,文中给出了该实用装置的机械结构和光电检测电路。
补充资料:漫反射
光照射在粗糙面上向各个方向反射的现象。因粗糙面各处凹凸不平,各点的法线方向互不平行,在平行光照射下反射光线也互不平行。人们能从各个方向看到本身不发光的物体,就是因为其他光源发出的光在物体各个粗糙表面上发生漫反射的缘故。
说明:补充资料仅用于学习参考,请勿用于其它任何用途。
参考词条