Influence of dynamic adsorption layer on single foam film drainage kinetics

Attached data shown influence of state of dynamic adsorption layer (DAL) at rising bubble surface on its motion and dynamics of bouncing upon collision with liquid/gas interface (free solution surface). The data show crucial influence of the DAL architecture for kinetics of drainage of a single foam film formed during a bubble collision for liquid film stability in a quantitative way (for the first time in the literature). This data reflect all the figures shown in the article entitled "Coalescence of surface bubbles: The crucial role of motion-induced dynamic adsorption layer" by Jan Zawala, Jonas Miguet, Preetika Rastogi, Omer Atasi, Mariusz Borkowski, Benoit Scheid and Gerald G. Fuller, published in Advances in Colloids and Interface Science (doi: 10.1016/j.cis.2023.102916).