Studying the influence of synthesis parameters on the process of obtaining ceramic and composite materials with predetermined properties in systems based on titanium dioxide, zinc oxide and ultra-hard carbides and borides.
Optimization of the mechanical activation of powders and modeling of the sintering process with the aim of obtaining desired phase compositions and microstructures, as well as electrical, magnetic, optical and mechanical properties of the final product.
Determining the effects of synthesis parameters and additives on the photoactivity of titanates and heavy metal adsorption efficiency using polymer/metal oxide composites.
Characterization of composites based on PVDF and fabrication of sensors for application in MEMS technology.
Group for nanostructured optically active materials and semiconductors
Group for biomedical engineering and nanobiotechnology
Group for multifunctional ceramics, sintering and composite materials
Group for the correlation of properties and functional characteristics of condensed matter