Functional coating technologies"

Development and research of carbon diamond-like coatings for endoprosthesis parts to enhance their physico-mechanical and biomedical characteristics.

Using advanced methods of computer-aided material design, it is planned to develop new two-dimensional graphene-like structures that combine unique electronic properties and possess high magnetic anisotropy, and based on a comparative analysis of their magnetic and electronic properties, select the most technologically suitable ones for use in various branches of the electronic industry focused on the manufacture of magnetic recording and information processing devices. Since the ability to regulate the properties of these two-dimensional compounds by doping and changing the substrate on which they are grown makes it possible to produce materials with the properties required by consumers, it is relevant to conduct theoretical comprehensive studies of their electronic and magnetic structures to identify trends in their changes. Such studies will make it possible, based on the first-principles modeling of various pure and doped two-dimensional graphene-like materials grown on various substrates, to substantiate the requirements for the magnetic and electronic properties of these materials for use in spintronics and electronics. These results will serve as a methodological basis for developing scientifically sound technologies for obtaining a wide range of new two-dimensional magnetic materials, as well as studying and determining the influence of impurities and defects on their final magnetic and electronic properties. This, in turn, will expand the scope of application of these materials in engineering and manufacturing of nanodevices, for example, such as spintronics memory elements and high-density magnetic recording surfaces.