Cohesion forces in contacts of discrete spherical particles (having either hydrophilic or hydrophobic surface) were measured directly in aqueous or heptane solutions. It is shown that the stabilizing action of tensides in the hydrophobic particle system was brought about by a two-dimensional pressure of the adsorbed tenside which is easily removed · from the contact zone of the particle. The stabilizing action of tensides in the hydrophilic particle systems is a consequence of the formation of a mechanical barrier which has a high apparent strength due to the adsorbed layer on the solid surface
The adsorption of sterically stabilized colloids at water/oil (w/o) interfaces is studied experiment...
The hydrodynamic model of steady wetting developed by Boenderet al.is extended to include the effect...
The effects of surface active agents on contact angle hysteresis is examined by photographing sessil...
Direct measurements of the force between hydrophobic surfaces across aqueous solutions are reviewed....
Contact angles B0 of aqueous solutions contacting with hydrophilic and hydrophobic surfaces were stu...
The interactive behaviour of particles and surfactant at an air–water interface has been investigate...
Experiments were performed to evaluate the hydrodynamic force required to detach colloidal particle...
Advancing contact agnles, θ, for aqueous solutions of the nonionic surfactants, penta(oxyethylene) d...
Adhesion of particulate materials is an important step in the formation of fouling. Because the siz...
This thesis is concerned with the bridging-dewetting mechanism of foam breakdown by spherical hydrop...
Measurements of the forces in water between neutral hydrophobic surfaces prepared by covalent modifi...
Effective control of the cohesive force between hydrate particles is the key to prevent their aggreg...
The behaviour and the properties of a dispersion are determined by the forces of interaction develop...
For a model colloidal system composed of polystyrene-acrylonitrile (PSA) particles and potassium st...
The first part of this thesis is concerned with thestructure-property relationships in nonionic surf...
The adsorption of sterically stabilized colloids at water/oil (w/o) interfaces is studied experiment...
The hydrodynamic model of steady wetting developed by Boenderet al.is extended to include the effect...
The effects of surface active agents on contact angle hysteresis is examined by photographing sessil...
Direct measurements of the force between hydrophobic surfaces across aqueous solutions are reviewed....
Contact angles B0 of aqueous solutions contacting with hydrophilic and hydrophobic surfaces were stu...
The interactive behaviour of particles and surfactant at an air–water interface has been investigate...
Experiments were performed to evaluate the hydrodynamic force required to detach colloidal particle...
Advancing contact agnles, θ, for aqueous solutions of the nonionic surfactants, penta(oxyethylene) d...
Adhesion of particulate materials is an important step in the formation of fouling. Because the siz...
This thesis is concerned with the bridging-dewetting mechanism of foam breakdown by spherical hydrop...
Measurements of the forces in water between neutral hydrophobic surfaces prepared by covalent modifi...
Effective control of the cohesive force between hydrate particles is the key to prevent their aggreg...
The behaviour and the properties of a dispersion are determined by the forces of interaction develop...
For a model colloidal system composed of polystyrene-acrylonitrile (PSA) particles and potassium st...
The first part of this thesis is concerned with thestructure-property relationships in nonionic surf...
The adsorption of sterically stabilized colloids at water/oil (w/o) interfaces is studied experiment...
The hydrodynamic model of steady wetting developed by Boenderet al.is extended to include the effect...
The effects of surface active agents on contact angle hysteresis is examined by photographing sessil...