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We introduce a fast cellular automata model for the simula- tion of surfactant dynamics based on a previous model by. Ono and Ikegami (2001).
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Abstract. We introduce a fast cellular automata model for the simulation of surfactant dynamics based on a previous model by Ono and Ikegami (2001).
We introduce a fast cellular automata model for the simula- tion of surfactant dynamics based on a previous model by Ono and Ikegami (2001).
Coming phase to phase with surfactants (full article) ... This content is only available as a PDF. Open the PDF for in another window.
We introduce a fast cellular automata model for the simula- tion of surfactant dynamics based on a previous model by Ono and Ikegami (2001).
Important findings are a first order vesicle→micelle phase transition yielding a macroscopic phase separation at high surfactant concentration and extended ...
Dec 15, 2020 · One important factor that stabilizes emulsions is the lowered interfacial tension (IFT) between the fluid phases due to surfactants, inhibiting ...
Dec 3, 2020 · One important factor that stabilizes emulsions is the lowered interfacial tension (IFT) between the fluid phases due to surfactants, inhibiting the coalescence.
Apr 27, 2023 · We explore the prediction of surfactant phase behavior using state-of-the-art machine learning methods, using a data set for twenty-three ...
Jul 28, 2016 · A model has been designed to predict the phase which forms in water for a non-ionic surfactant, at a given concentration and temperature.