HIGHLIGHTS
SUMMARY
When silicon oxide particles with a diameter of 16 nm are applied to the surface, a superhydrophobic material is formed with high wetting angles (up to 170°) and a small angle of inclination of the surface to the horizon ( and amp;lt;5о). The work examines the features of the behavior of nanoparticles, determined by their production methods and structure; the mechanism of interaction between nanoparticles and the environment; the structure of production and the cost of nanomaterials. The created critical nucleus begins to grow, and by regulating the processes of growth and removal . . .
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