The gel transition of depletion flocculated oil-in-water emulsions is analyzed as a function of the strength of the droplet–droplet interaction. The critical volume fraction for gelation has been found to decrease exponentially with the magnitude of the interaction energy at contact, in agreement with recent proposals for aggregating colloids. The viscosity modeling of these emulsions had been discussed in a previous work (Colloids Surf. A 203 (2002) 11). The results reported here show the interplay between phase behavior and rheology of flocculated emulsions.Fil: Berli, Claudio Luis Alberto. Consejo Nacional de Investigaciones Científicas y Técnicas. Centro Científico Tecnológico Conicet - Santa Fe. Instituto de Desarrollo Tecnológico para...
We show that excess surfactant, or salt, in the bulk phase of an oil in water ionic emulsion has str...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...
The present work deals with the relationship between colloidal interactions and physical properties ...
The present work deals with the relationship between colloidal interactions and physical properties ...
This paper discusses the change in phase behavior and mechanical properties of oil-in-water emulsion...
This paper discusses the change in phase behavior and mechanical properties of oil-in-water emulsion...
Depletion flocculation of an alkane-in-water emulsion has previously been found to induce phase sepa...
The addition of nonadsorbing polymer to an alkane-in-water emulsion causes the droplets to flocculat...
La formation de cristaux dans la phase dispersée d'une émulsion huile-dans-eau fait apparaître des i...
Abstract: This paper describes an experimental comparison of microstructure, rheology, and demixing ...
Abstract: This paper describes an experimental comparison of microstructure, rheology, and demixing ...
This thesis investigates the role of dispersed phase concentration on the drop deformation and break...
The mechanism which explains extensive particle aggregation in topping emulsions, that contain a rel...
We show that excess surfactant, or salt, in the bulk phase of an oil in water ionic emulsion has str...
We show that excess surfactant, or salt, in the bulk phase of an oil in water ionic emulsion has str...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...
The present work deals with the relationship between colloidal interactions and physical properties ...
The present work deals with the relationship between colloidal interactions and physical properties ...
This paper discusses the change in phase behavior and mechanical properties of oil-in-water emulsion...
This paper discusses the change in phase behavior and mechanical properties of oil-in-water emulsion...
Depletion flocculation of an alkane-in-water emulsion has previously been found to induce phase sepa...
The addition of nonadsorbing polymer to an alkane-in-water emulsion causes the droplets to flocculat...
La formation de cristaux dans la phase dispersée d'une émulsion huile-dans-eau fait apparaître des i...
Abstract: This paper describes an experimental comparison of microstructure, rheology, and demixing ...
Abstract: This paper describes an experimental comparison of microstructure, rheology, and demixing ...
This thesis investigates the role of dispersed phase concentration on the drop deformation and break...
The mechanism which explains extensive particle aggregation in topping emulsions, that contain a rel...
We show that excess surfactant, or salt, in the bulk phase of an oil in water ionic emulsion has str...
We show that excess surfactant, or salt, in the bulk phase of an oil in water ionic emulsion has str...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...
keywords: Emulsion, b-lactoglobulin, polysaccharides, salt, sucrose, depletion, bridging, percolatio...