Bubble-particle interaction is of great theoretical and practical importance in flotation.
Significant progress has been achieved over the past years and the process of bubble …

This review is focused on the current achievements in application of Layer-by-Layer
techniques for formation of materials with self-healing properties. We addressed the …

Polyelectrolyte (PE) multilayer films are surface structures obtained by sequential adsorption
of oppositely charged polymers. In the present work we focused on the influence of pH of the …

The adsorption of three dextrins (a regular wheat dextrin, Dextrin TY, carboxymethyl (CM)
Dextrin, and hydroxypropyl (HP) Dextrin) on molybdenite has been investigated using …

Research in the area of bubble-solid interactions is reviewed and highlighted, with a focus
on studies of wetting film drainage using theoretical approaches and experimental …

Background The DAL (dynamic adsorption layer) formation, that is, the establishment of
uneven distribution of adsorption coverage over the rising bubble surface, with significantly …

Determination and control of the parameters influencing three-phase contact formation and
wetting film stability under dynamic conditions is important for both industrial applications …

This book describes the most important experimental methods for characterizing liquid
interfaces, such as drop profile analysis, bubble pressure and drop volume tensiometry …

The influence of the initial adsorption coverage at the surface of an air bubble (radius 0.74
mm) formed at a capillary orifice on profiles of its rising velocities and shape variations was …

To better understand the complex system of wet foams in the presence of cellulosic fibers,
we investigate bubble–surface interactions by following the effects of surface hydrophobicity …