Dispertion equation of wave regime for film frainage with elastic properties of interface boundaries

Abstract

Absorbed species play an important role in foam stabilization, emulsion stability, and suspension polymerization by modifying interfacial vicsosity and elasticity. The present paper deals with the wave motion in tinning films. The influence of elastic properties on the gas-liquid (and (liquid-liquid) film is investigated. The dispersion equation for wave motion of the film interfaces is derived.