Laurent Forny
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引用次数: 1

摘要

富水粉末,也称为“干水”,含有高达98%(按重量计)的水,仍然保持与干粉相同的流动特性,是通过简单的混合过程制备的。干水颗粒是一种非常方便的载体系统,可以很容易地在工业规模上生产。水可以通过蒸发或在机械压力下释放出来。用电子显微镜研究了冷冻断裂或水升华后单个颗粒的结构。每个粒子都是由一个微米级的水滴(平均直径为150 μm)组成,周围是由疏水气相二氧化硅粒子结合而成的网络。使用了两种混合过程:高剪切过程和雾化过程,如造粒机。最终产品的质量取决于过程的能量贡献和固体/液体接触角(通过水侵入来评估)。潜在的应用在食品、制药和化妆品行业是众多的。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
L’eau en poudre
Water-rich powders, also called "dry water", containing up to 98% (by weight) of water and still maintaining the same flow properties as a dry powder were prepared by a simple mixing process. Dry water particles are a very convenient carrier system that can be easily produced at industrial scale. Water can be released by evaporation or under mechanical stress. The structure of individual particles bas been studied by electronic microscopy after freeze fracture or water sublimation. Each particle consist in a micrometric water droplet (average diameter of 150 μm) surrounded by a network build up by association of hydrophobic fumed silica particles. Two types of mixing processes were used: high shear processes and atomization processes such as granulators. The quality of the final product depends on the energetic contribution of the process and on the solid/liquid contact angle (evaluated by water intrusion). Potential applications are numerous in the food, pharmaceutical, and cosmetics industry.
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