Abstract

The processes of dissolution and hydrate formation after a shock wave of moderate amplitude in a liquid with bubbles of a homogeneous gas and a mixture of gases. It is shown that these processes due to the fragmentation of gas bubbles, leading to a sharp increase the interfacial surface and the decrease in the size of gas inclusions. Mechanisms of hydrate formation behind the wave front are studied. A theoretical analysis of the process of hydrate formation behind a shock wave of a step profile.