A method of producing, collecting, and measuring drop size distributions in liquid-liquid emulsions has been developed. The emulsion is produced in a standardized cylindrical mixing tank. Dispersed phase droplets are encapsulated with a thin polymer film through a polycondensation reaction. Once encapsulated, the droplets behave as solid particles and may be removed from the mixing tank and measured. Data collected in the laboratory is used to support a proposed second law function, which may be used to test the validity of correlations that predict drop size distributions in emulsions
International audienceAgricultural spraying involves atomizing a liquid stream through a hydraulic n...
International audienceWe describe a pendant drop method that allows one to produce double emulsions ...
The droplet size distribution determines some crucial properties for high internal phase emulsion (H...
This report is concerned with drop size distributions of liquid-liquid dispersions in stirred tank r...
International audienceA new liquid–liquid extraction method, called the “emulsion flow” method, is e...
A study of drop size distribution was carried out in a spray column by photographing the drops eithe...
WOS: A1997XH14600008PubMed ID: 9229348The size distributions of microcapsules are important in deter...
ABSTRACT: A literature review on measurements of drop size distribution in liquid−liquid dispersion ...
Agitating two immiscible liquids or a solid–liquid suspension is an operation frequently performed i...
Dispersion of two immiscible liquids is commonly used in chemical industry as wall as in metallurgic...
A measuring method to estimate the size and the concentration of monodisperse, spherical latex parti...
Journal ArticleDroplet size distributions were determined by stabilizing in gelatin and measurement ...
A literature review on measurements of drop size distribution in liquid–liquid dispersion produced i...
We present a novel approach that allows us to figure out the size distribution of an isolated collec...
A population balance equation (PBE) model for pure drop breakage processes was developed from homoge...
International audienceAgricultural spraying involves atomizing a liquid stream through a hydraulic n...
International audienceWe describe a pendant drop method that allows one to produce double emulsions ...
The droplet size distribution determines some crucial properties for high internal phase emulsion (H...
This report is concerned with drop size distributions of liquid-liquid dispersions in stirred tank r...
International audienceA new liquid–liquid extraction method, called the “emulsion flow” method, is e...
A study of drop size distribution was carried out in a spray column by photographing the drops eithe...
WOS: A1997XH14600008PubMed ID: 9229348The size distributions of microcapsules are important in deter...
ABSTRACT: A literature review on measurements of drop size distribution in liquid−liquid dispersion ...
Agitating two immiscible liquids or a solid–liquid suspension is an operation frequently performed i...
Dispersion of two immiscible liquids is commonly used in chemical industry as wall as in metallurgic...
A measuring method to estimate the size and the concentration of monodisperse, spherical latex parti...
Journal ArticleDroplet size distributions were determined by stabilizing in gelatin and measurement ...
A literature review on measurements of drop size distribution in liquid–liquid dispersion produced i...
We present a novel approach that allows us to figure out the size distribution of an isolated collec...
A population balance equation (PBE) model for pure drop breakage processes was developed from homoge...
International audienceAgricultural spraying involves atomizing a liquid stream through a hydraulic n...
International audienceWe describe a pendant drop method that allows one to produce double emulsions ...
The droplet size distribution determines some crucial properties for high internal phase emulsion (H...