Self-Assembled Structures in the Dynamic Interfacial Layer of a Liquid–Liquid System

The effects of the initial composition of the system, nature of the solvent, rare earth salt, and temperature on the formation of self-assembled structures in the dynamic interfacial layer of a heterogeneous liquid system were studied. It is shown that by means of self-assembly at the liquid/liquid interface it is possible to create a material which, when transferred to a glass plate, forms surfaces with different microreliefs, characterized by different wettabilities. The presence of a bianion and polymer solvation by the insertion reaction were confirmed by IR spectroscopy.