Main Scientific Interests
Atomic parameters
- Measurements of the atomic parameters (transition probabilities of atomic and ionic lines) by emission spectroscopy
- Stark broadening of the spectral lines in plasmas.
- Calculations of atomic parameters and lineshapes in plasmas
Plasma diagnostics
- Low and high-temperature plasma diagnostics by classical (emission) and laser spectroscopy (esp. LIF).
- Demixing effects in plasmas.
- Diagnostics of the barrier discharge plasmas, measurements of the electric field.
- Design and creation of the spectrometers for plasma diagnostics.
Modelling and theory
- Theory of so-called heavy-fermion compounds.
Theory of disordered solids. - The influence of impurities and defects on the
thermodynamic and kinetic properties of the
heavy-fermion compounds. - The description of disordered solids with the help of fractional derivatives. Numerical simulations.
Others
- Application of the piezo-, piro-, and ferroelectric materials for plasma generator construction.