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Thermodiffusion of Charged Micelles
Physical Review Letters, 2005We study diffusion of charged nanoparticles in a temperature gradient and derive the corresponding Ludwig-Soret transport coefficient. Charge effects are found to enhance thermodiffusion by up to 2 orders of magnitude. We show that the inverse Soret coefficient 1/S(T) is a linear function of the colloid density n; the proportionality factor, or second ...
Fayolle, Sébastien +3 more
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Annual Review of Physical Chemistry, 1992
We have shown that there is a close relationship between the surfactant film properties, the bulk structures, the interfacial tension with oil (or water) and even the dynamic properties in micellar and microemulsion systems. The evolution from spherical micelles to tubular, cubic, lamellar or sponge phases is now qualitatively well understood.
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We have shown that there is a close relationship between the surfactant film properties, the bulk structures, the interfacial tension with oil (or water) and even the dynamic properties in micellar and microemulsion systems. The evolution from spherical micelles to tubular, cubic, lamellar or sponge phases is now qualitatively well understood.
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A phosphate-induced sub-micelle-micelle equilibrium in reconstituted casein micelle systems
Journal of Dairy Research, 1979SUMMARYIn reconstituted casein systems, complete sub-micelles were previously observed only under extreme conditions of ionic strength, namely a NaCl concentration of 2 M or greater. However, studies with the analytical ultracentrifuge on phosphate-containing casein systems revealed that under certain conditions, a stable sub-micelle-micelle ...
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Micelles and Reversed Micelles: A Historical Overview
1984This is a review of the historical development of models for micelle formation in aqueous solution, lyotropic liquid crystals, reversed micelles and microemulsions. The current model of micelle formation was suggested about fifty years ago, while the quantitative development of thermodynamic and kinetic models is relatively recent.
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Nanomicelles display distinct or unique characteristics due to their dimension, the ability to dissolve, tailored surface, or interaction with the environment. These features render them versatile and beneficial across various domains, particularly applications in biology.
Madhura Bodkhe +3 more
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Madhura Bodkhe +3 more
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Colloidal and polyelectrolytes. The micelle and swollen micelle on soap micelles
Discussions of the Faraday Society, 1951openaire +1 more source