DLS:动态光散射
动态光散射(Dynamic Light散射,简称DLS)是一种广泛应用于化学、材料科学等学术研究领域的实验技术。DLS这一缩写形式便于快捷书写和交流,主要用于分析溶液中纳米颗粒或大分子的尺寸分布与扩散行为,是物化表征中的重要工具之一。
Dynamic Light Scattering具体释义
Dynamic Light Scattering的英文发音
例句
- Firstly, the photon correlation spectroscopic theory and the scattering spectrum estimation of dynamic light scattering measurement were introduced.
- 首先,介绍了动态光散射(DLS)测量法涉及的光子相关光谱理论和散射光谱估计理论。
- According to the polarization characteristics of scattered light, the traditional dynamic light scattering optical system is improved which is combined with polarization-gate detection technology.
- 根据散射光偏振特点,结合偏振门检测技术,改进了传统的动态光散射(DLS)光学系统。
- Dynamic Light Scattering(DLS) measurement shows narrow distribution of hydrodynamic size of particle aggregates.
- 动态光散射(DLS)测量显示,颗粒凝集物的流体尺寸分布范围很小。
- A dynamic light scattering ( DIS ) system for particle sizing is described, which is constructed by the use of multimode fibers and without any limits to the angle aperture of the receiving fiber.
- 介绍了一种用多模光纤构造的动态光散射(DLS)粒径测量实验系统,系统中没有对接收光纤的孔径角加任何限制措施。
- Study on Hydrodynamic Diameter of Lysozyme Based on Dynamic Light Scattering(DLS)
- 基于动态光散射(DLS)的溶菌酶水力学直径研究
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