对光管进行部分镀高反膜尽可能消除散射光对光吸收系数测量的影响，从而提高了系统的精度。
The system also could decrease the effect of scattering light on absorption coefficient measurement by partly plating highly reflective membrane, so that we can improve the precision of the system.
因为纳米颗粒散射光所呈现的光谱是由颗粒粒径决定的，所以在纳米颗粒粒度测量中，单一角度测量只能观测到样品的部分情况。
Because the scattering spectrum of nanoparticles is determined by nanoparticles size, so only part of the sample can be observed at single Angle in measuring nanoparticles size.
利用激光多普勒效应实现固体面内位移测量时，由于散射光的多普勒信号十分微弱，有时还出现淹没或不连续，影响位移测量精度。
In the displacement measurement system of scattering surface laser Doppler effect, the measuring accuracy is affected by the weakly Doppler signal that may be lost or discontinuous.
课题中运用了散射光浊度测量方法来研制浊度仪。
The study applying scatter light turbidity measurement to design a turbidimeter system.
首先，介绍了动态光散射测量法涉及的光子相关光谱理论和散射光谱估计理论。
Firstly, the photon correlation spectroscopic theory and the scattering spectrum estimation of dynamic light scattering measurement were introduced.
光散射法测量容易受到散射光分布中的散斑效应影响，导致测量结果的起伏。
The light scattering methods (LSM's) are sensitive to the effects of speckles appearing in the distribution of scattered light, which leads to the fluctuations of measurement results.
波导多层存储是一种基于新原理的三维光存储新技术，它利用波导缺陷的光散射效应读出数据，因此如何对光盘信息坑散射光强的进行测量是波导多层存储须解决的关键技术之一。
Waveguide multiplayer optical memory is a kind of new 3D optical memory based on new principle, and it can read the data by utilizing the effect of light scatter of Waveguide defect.
波导多层存储是一种基于新原理的三维光存储新技术，它利用波导缺陷的光散射效应读出数据，因此如何对光盘信息坑散射光强的进行测量是波导多层存储须解决的关键技术之一。
Waveguide multiplayer optical memory is a kind of new 3D optical memory based on new principle, and it can read the data by utilizing the effect of light scatter of Waveguide defect.
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