蓝痣和蒙古斑就是这种光散射效应的例子。
The blue nevus and Mongolian spots are examples of this light dispersion effect.
谷底汹涌的水体将光散射到各个方向，形成了一条暗线。
The rough waters in the trough scatter light in all directions, forming a dark line.
共振光散射技术。
薄膜的光损耗主要来自光散射，以及部分光吸收。
Optical losses in thin films were mainly ascribed to light radiation and some light absorb.
根据光散射和反射的理论，测量仪参数被选择以优化系统。
The proper parameters according to the theory of light scattering and reflection are chosen to optimize the measurement instrument.
这种散斑来源于光散射效应在物体表面产生的微米大小的隆起和沟痕。
The speckle is a scattering of light caused by micron-sized ridges and groves on an object’s surface.
这种散斑来源于光散射效应在物体表面产生的微米大小的隆起和沟痕。
The speckle is a scattering of light caused by micron-sized ridges and groves on an object's surface.
利用静态光散射可以测定蛋白质溶液渗透的第二维里系数；
Static light scattering can measure the osmotic second virial coefficient of protein solution.
根据光散射和反射的理论，测量系统参数被选择以优化系统。
The measuring system parameters according to the theory of light scattering and reflection are chosen to optimize the system.
这种方法能够计算非轴对称甚至接近真实形状粒子的光散射。
This method enables us to calculate light scattering by non-axisymmetric and even more realistically shaped particles.
发现其动态光散射谱在初始的指数衰减之后是伸展指数衰减。
The spectrum was found to be an exponential decay followed by a stretched exponential decay, with a decreasing width parameter.
角分辩的光散射轮廓及自仿射分形表面的粗糙指数的实验研究。
Experimental Study on Angle-resolved Light Intensity Scattered Profile and Roughness Exponent of Self-affine Fractal Surface.
基于辐射输运方程，运用蒙特卡罗方法研究具有任意涂层的光散射。
Based on the radiation transfer equation, light scattering by coating layer is studied by using Monte Carlo method.
结果表明动态光散射法在超细颗粒粒径测量中有着广阔的应用前景。
It shows that the dynamic light scattering technique is suitable to and has broad application prospects for the measurements of ultrafine particles.
介绍了一种新的在体实时监测血流变参数的光学方法——光散射法。
A method based on optical scattering for in vivo real time measurement of parameters of hemorheology is suggested.
复杂环境中激光传输和散射特性是目标与环境光散射特性研究的基础。
The study on laser transmission and scattering characteristics in complex environments is the basis research of light scattering from target and environment.
提出以光散射理论为基础，利用光学技术实现表面粗糙度的在线测量。
An in-process measuring of using optical technology based on light scattering theory is presented.
当颗粒粒径满足一定条件时，米氏光散射可以用夫琅和费衍射来近似。
When the diameter of the particles satisfied some conditions, Mie theory is approximate to Fraunhofer diffraction theory.
借助动态光散射粒径分析仪、TEM考察了ACR胶乳的粒径及其分布。
The size and distribution of ACR latex was determined by dynamic laser scattering and TEM.
应用几何光学近似理论模型计算了激光相位多普勒系统中微粒的光散射特性。
The light scattering characteristics of particles in phase Doppler sizing anemometry is calculated with a theoretical model based on geometrical optics approach.
实验结果表明：动态光散射技术可以有效地用来研究蛋白质分子间的相互作用。
Experimetns work indicate the technique of dynamic light scattering can be used effectively to study protein molecular interactions.
然后论述了液晶的光学性质，寻常光和非寻常光在液晶中的传输，以及光散射问题。
The optical properties of liquid crystals, transmissions of ordinary and extraordinary light and light scattering in liquid crystals are described also.
此外，对有核细胞光散射强度分布进行拟合，得到了有核细胞光散射强度分布函数。
In addition, the scattering intensity distribution function of the karyocyte is acquired by fitting the scattering intensity distribution.
第二部分：利用金纳米粒子标记的DNA适配子为探针测定凝血酶的共振光散射分析。
Part two: Study on the Resonance Light Scattering analysis to determine thrombin by using gold nanoparticle-labeled DNA aptamer as probe.
研究和建立了以几何光学近似光散射理论为基础的激光相位多普勒空间干涉条纹模型。
A theoretical model of laser phase - doppler sizing anemometer based on the geometrical optics approximation of light scattering is studied.
利用光干涉的简化模型讨论了动态光散射中光子相关谱测量系统的空间相干性要求的物理本质。
Using a simplified model of light interference, we discussed the physical essence of the spatial coherence demand on a photon correlation spectrum measurement system in dynamic light scattering.
电视中来自摄象机的图象信号输出中不希望出现的组成部分，它是由光学系统中光散射引起的。
In television, an unwanted component in the picture signal output from a camera, caused by the scattering of light in the optical system.
球形颗粒荧光粉的光散射面积最小，堆积密度大，有助于提高发光材料的发光强度和使用寿命。
Spherical particles have minimum scattering area, high packing density; which is beneficial to the luminescent intensity and lifetime of the devices.
不但可在目标光散射计算中得到应用，也可应用于对复杂目标的微波散射特性计算建模和仿真中。
It can not only apply in calculating of target optical scatting, but also in modeling and simulating for microwave scattering characteristics of complex target.
研究大气粒子的光散射特性及大气对散射光偏振态的影响，是为了解决大气激光通信中的相关问题。
To study light scattering characteristics and polarization state changes in the atmosphere, is to resolve the relative problems of the atmospheric optical communication.
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