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Influence of Different Silica Nanoparticles on Drop Size Distributions in Agitated Liquid‐Liquid Systems
The impact of different silica nanoparticles on rheology, interfacial tension and drop size distributions in liquid‐liquid systems is determined experimentally. The particles vary in wettability and specific surface area. In contrast to commonly used high‐energy devices for Pickering emulsion preparation, low energy input by stirring allows to quantify drop breakage and coalescence in steady state and dynamic conditions. The experiments can provide essential information for drop size model development in nanoparticle‐stabilized emulsions.
Influence of Different Silica Nanoparticles on Drop Size Distributions in Agitated Liquid‐Liquid Systems
The impact of different silica nanoparticles on rheology, interfacial tension and drop size distributions in liquid‐liquid systems is determined experimentally. The particles vary in wettability and specific surface area. In contrast to commonly used high‐energy devices for Pickering emulsion preparation, low energy input by stirring allows to quantify drop breakage and coalescence in steady state and dynamic conditions. The experiments can provide essential information for drop size model development in nanoparticle‐stabilized emulsions.
Influence of Different Silica Nanoparticles on Drop Size Distributions in Agitated Liquid‐Liquid Systems
Röhl, Susanne (author) / Hohl, Lena (author) / Kempin, Maresa (author) / Enders, Frauke (author) / Jurtz, Nico (author) / Kraume, Matthias (author)
Chemie Ingenieur Technik ; 91 ; 1640-1655
2019-11-01
16 pages
Article (Journal)
Electronic Resource
English
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