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首页> 外文期刊>International journal of the Society of Material Engineering for Resources >Nano Bubble and Emulsion Size Distribution Measurement by Interactive Force Apparatus
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Nano Bubble and Emulsion Size Distribution Measurement by Interactive Force Apparatus

机译:交互作用力法测量纳米气泡和乳液粒径分布

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摘要

Nano bubbles are prepared by using a pressurized pump or fine ceramics in water or oil. The prepared nano bubbles are stable for more than several days. Nano emulsion (w/o type) is prepared by mixing oil, water and surfactant with homogenizer and stable more than several months. The prepared bubble and emulsion size distribution in liquid is usually measured by dynamic light scattering method. However, it is difficult to measure the particle size for smaller refractive indexes between dispersed particle and solvent by the light scattering method and small amount of particle volume. Here, the dynamical method of interactive force measurement between dispersed nano bubble and emulsion under electric field has been used to measure any kind of small particle size distribution.
机译:纳米气泡是通过在水或油中使用加压泵或精细陶瓷来制备的。所制备的纳米气泡稳定超过几天。纳米乳液(w / o型)是通过将油,水和表面活性剂与均化器混合并稳定数月而制得的。通常通过动态光散射法测量所制备的液体中的气泡和乳液尺寸分布。然而,难以通过光散射法和较小的颗粒体积来测量分散的颗粒与溶剂之间的折射率较小的粒径。在此,电场下分散的纳米气泡与乳液之间相互作用力的动态测量方法已用于测量任何种类的小粒径分布。

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