Interested PhD students and principals are invited to review the offer of various thematic areas carried out in the department:
- Relationships between physicochemical properties and electrical parameters of ZnO-based oxide varistors.
- Electric shock protection for people during the extinguishing of photovoltaic installations.
- Monitoring of the aging processes of photovoltaic cells during their operation.
- Analysis of the chemical composition and electrical properties of transformer oils.
- Assessment of the insulation condition in medium and high voltage power cables.
- Modeling and simulations of advanced and non-trivial electrical systems, electronic, electromagnetic, electrodynamic systems, plasma physics, etc. using dedicated simulation software: Ansys package, CST Studio, Flux, OPERA Simulia, Antenna Magus, Matlab Simulink, SPICE packages and others.
- Design of electrical, electronic and electromagnetic systems and systems.
- Measurements of significant currents (up to 300 kA) and voltages (up to 1 MV) of impulse and continuous nature in a wide spectrum of frequencies (up to MHz) and electromagnetic fields (up to GHz).
- Magnetometric measurements of ferromagnetic objects, measurements of magnetic signatures of objects, measurements of slowly changing and dynamic magnetic fields (from nT to T) and measurements of electric fields.
- System prototyping and laboratory tests of physical, electrodynamic and atypical electromagnetic systems phenomena.
