The dynamic laser speckle method is a novel real-time, quick and effective method to study the albumin denaturation.
研究表明，动态激光散斑方法是一种实时、快速、有效的研究白蛋白变性过程的新手段。
The size and distribution of ACR latex was determined by dynamic laser scattering and TEM.
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 process of the acid denaturation of the albumin was studied using dynamic laser speckle methods in this work.
利用动态激光散斑的方法研究了白蛋白的酸致变性过程。
And puts forward a new method called the dynamic laser photothermal method to measure the thermal boundary resistance.
提出了激光动态法测量界面热阻的新方法。
The size and distribution, the morphological structures of latex were determined through dynamic laser scattering and TEM.
并借助动态光散射粒径分析仪、TEM分别考察了复合胶乳粒径及其分布、乳胶粒的微观形态结构。
The influence of the monomer, the ratio of water and acetone on the micelle size was investigated by dynamic laser light scattering.
采用动态激光光散射研究了接枝单体及水与丙酮的配比对胶束尺寸的影响。
The latex particles size and size distribution in emulsion copolymerization process of butadiene-styrene were determined by dynamic laser scattering.
用动态激光光散射法测定了丁二烯-苯乙烯乳液聚合的乳胶粒子的粒径及其分布。
To sum up, the main innovation and creative points are as follows:(1) A dynamic laser speckle model based on Gaussian correlation random surfaces is established.
由于目前在动态激光散斑测量的研究中缺少动态激光散斑模型，我们提出了一种基于高斯相关表面的动态激光散斑模型。
The micellar conformation of polymeric surfactants CMC AR 12 EO 9 in aqueous solutions was studied by dynamic laser scattering and environmental scanning electron microscopy.
采用动态激光光散射及环境扫描电镜研究了羧甲基纤维素型高分子表面活性剂在水溶液中的胶束形态。
The morphologies and sizes of the micelles were characterized by dynamic laser scattering (DLS), atomic force microscopy (AFM) and trans-mission electron microscopy (TEM) and so on.
用动态激光光散射（DLS），原子力显微镜（AFM）和透射电镜（TEM）等测试方法对配合物胶束的形态及尺寸进行了表征。
The apparent molecular weight of the particles and their sizes and distribution were characterized by using static laser light scattering (SLLS) and dynamic laser light scattering (DLLS).
运用静态激光光散射和动态激光光散射对粒子的表观分子量及其粒径大小与分布进行了表征。
The apparent molecular weight of the particles and their sizes and distribution were characterized by using static laser light scattering (SLLS) and dynamic laser light scattering (DLLS).
运用静态激光光散射和动态激光光散射对粒子的表观分子量及其粒径大小与分布进行了表征。
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