The oblique angle configuration has emerged as an invaluable tool for the deposition of
nanostructured thin films. This review develops an up to date description of its principles …

Two different formalisms for the homogenization of composite materials containing
ellipsoidal inclusions based on Bruggeman's original formula for spherical inclusions can be …

A principal possibility to overcome fundamental (intrinsic) limit of pure optical materials laser
light resistance is investigated by designing artificial materials with desired optical …

Many applications of boron carbide (⁠ B 4 C) films entail deposition on non-planar
substrates, necessitating a better understanding of oblique angle deposition phenomena …

The classical molecular dynamics simulation of the glancing angle deposition of silicon
dioxide films with practically meaningful dimensions is performed. The formation of …

Nanoscale surface topographies are known to have a profound influence on cell behavior,
including cell guidance, migration, morphology, proliferation, and differentiation. In this …

Dependence of stress values in silicon dioxide films on its thickness in the initial stage of film
growth was investigated using atomistic molecular dynamics simulation. It was shown that …

Using a computationally efficient method, we have carried out large-scale molecular
dynamics simulations of Cu/Cu (100) growth up to 20 monolayers (ML) for deposition angles …

The high-energy glancing angle deposition of silicon dioxide films with alternation of
deposition angle is studied using classical atomistic simulation. Both slow and fast …

Molecular dynamics simulations (MD) was carried out to investigate the surface nano-
tribology of grown Ta sputtered thin films on stainless steel with and without TaN interlayer …