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• W1976572039 endingPage "1608" @default.
• W1976572039 startingPage "1608" @default.
• W1976572039 abstract "The aim of this paper is to present a short overview of the main mechanisms operative in the formation and stabilization of emulsions by solid particles and, on this basis, to make comparisons between solid particles, surfactants and globular proteins as emulsifiers. When available, simple quantitative relations are presented, with the respective numerical estimates and discussion of the applicability of these relations to particle-stabilized systems. Non-obvious similarities between the different types of emulsifiers are outlined in several cases in which the description of the system can be performed at a phenomenological level. Examples are presented for the process of emulsification, where we show that several simple theoretical expressions, derived originally in the studies of surfactants and protein emulsifiers, can be successfully applied to particle-stabilized emulsions. In contrast, for the phenomena in which the detailed mechanisms of particle adsorption and film stabilization are important, the differences between the various emulsifiers prevail, thus making it impossible to use the same theoretical description. The most important specific characteristics of the solid particles which strongly affect their behavior are the high barrier to particle adsorption, high desorption energy and strong capillary forces between particles trapped in liquid films, which all originate in the relatively large particle size (as compared to the size of surfactant and protein molecules). The capillary mechanism of stabilization of liquid films by solid particles is reviewed in some detail, to emphasize its specific features and to demonstrate the applicability of several simple expressions for approximate estimates. Interestingly, we found that the hypothesis for some exceptionally high coalescence stability of the particle-stabilized emulsions is not supported by the experimental data available in literature. On the other hand, the particles are able to completely arrest the process of Ostwald ripening in foams and emulsions, and this effect can be easily explained with the high desorption energy of the particles and the resulting capillary effects." @default.
• W1976572039 created "2016-06-24" @default.
• W1976572039 creator A5026066102 @default.
• W1976572039 creator A5067963297 @default.
• W1976572039 creator A5073226512 @default.
• W1976572039 date "2008-01-01" @default.
• W1976572039 modified "2023-10-12" @default.
• W1976572039 title "Comparison of solid particles, globular proteins and surfactants as emulsifiers" @default.
• W1976572039 cites W1540257295 @default.
• W1976572039 cites W1543885239 @default.
• W1976572039 cites W1966773367 @default.
• W1976572039 cites W1972097006 @default.
• W1976572039 cites W1972448190 @default.
• W1976572039 cites W1972717393 @default.
• W1976572039 cites W1976833009 @default.
• W1976572039 cites W1978580387 @default.
• W1976572039 cites W1978809853 @default.
• W1976572039 cites W1979210241 @default.
• W1976572039 cites W1979992203 @default.
• W1976572039 cites W1980555190 @default.
• W1976572039 cites W1981632811 @default.
• W1976572039 cites W1983022668 @default.
• W1976572039 cites W1984897746 @default.
• W1976572039 cites W1986133089 @default.
• W1976572039 cites W1989759958 @default.
• W1976572039 cites W1990936223 @default.
• W1976572039 cites W1992980440 @default.
• W1976572039 cites W1993392723 @default.
• W1976572039 cites W1996883801 @default.
• W1976572039 cites W1998593588 @default.
• W1976572039 cites W1999534595 @default.
• W1976572039 cites W1999625215 @default.
• W1976572039 cites W2004220201 @default.
• W1976572039 cites W2008347519 @default.
• W1976572039 cites W2008843032 @default.
• W1976572039 cites W2009228377 @default.
• W1976572039 cites W2011927954 @default.
• W1976572039 cites W2013930340 @default.
• W1976572039 cites W2015700700 @default.
• W1976572039 cites W2018757741 @default.
• W1976572039 cites W2018871469 @default.
• W1976572039 cites W2019756233 @default.
• W1976572039 cites W2020186973 @default.
• W1976572039 cites W2020437292 @default.
• W1976572039 cites W2020921343 @default.
• W1976572039 cites W2021326289 @default.
• W1976572039 cites W2023610730 @default.
• W1976572039 cites W2024365565 @default.
• W1976572039 cites W2028004461 @default.
• W1976572039 cites W2028673084 @default.
• W1976572039 cites W2029284240 @default.
• W1976572039 cites W2032911652 @default.
• W1976572039 cites W2034610408 @default.
• W1976572039 cites W2035488080 @default.
• W1976572039 cites W2036302433 @default.
• W1976572039 cites W2037003870 @default.
• W1976572039 cites W2037017059 @default.
• W1976572039 cites W2038260462 @default.
• W1976572039 cites W2040850969 @default.
• W1976572039 cites W2041526087 @default.
• W1976572039 cites W2042588867 @default.
• W1976572039 cites W2042761109 @default.
• W1976572039 cites W2045241953 @default.
• W1976572039 cites W2046066123 @default.
• W1976572039 cites W2047086134 @default.
• W1976572039 cites W2047493609 @default.
• W1976572039 cites W2048947154 @default.
• W1976572039 cites W2051247565 @default.
• W1976572039 cites W2051423783 @default.
• W1976572039 cites W2052647281 @default.
• W1976572039 cites W2053354797 @default.
• W1976572039 cites W2057685080 @default.
• W1976572039 cites W2058769554 @default.
• W1976572039 cites W2059995202 @default.
• W1976572039 cites W2060314424 @default.
• W1976572039 cites W2060902424 @default.
• W1976572039 cites W2061044736 @default.
• W1976572039 cites W2064655841 @default.
• W1976572039 cites W2066048580 @default.
• W1976572039 cites W2069370375 @default.
• W1976572039 cites W2072877032 @default.
• W1976572039 cites W2073120193 @default.
• W1976572039 cites W2073165801 @default.
• W1976572039 cites W2074414705 @default.
• W1976572039 cites W2079788366 @default.
• W1976572039 cites W2083807256 @default.
• W1976572039 cites W2084567823 @default.
• W1976572039 cites W2088018573 @default.
• W1976572039 cites W2088071221 @default.
• W1976572039 cites W2088710627 @default.
• W1976572039 cites W2089713660 @default.
• W1976572039 cites W2090049652 @default.
• W1976572039 cites W2090357758 @default.
• W1976572039 cites W2090697557 @default.
• W1976572039 cites W2091318118 @default.
• W1976572039 cites W2093625734 @default.
• W1976572039 cites W2094005746 @default.
• W1976572039 cites W2095611530 @default.

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