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Isotope Chemistry
Isotope separation, particularly the separation of lighter isotopes; specialised in hydrogen-deuterium-tritium systems. The application of isotope methods in hydrogeology, environment protection, food control.
Mass Spectrometry
Surface ionization, high-temperature spectrometry, temperature-programmed desorption, hypervalent molecules, fullerenes, nanotubes.
Optical Spectroscopy
Processes in low-temperature plasmas of spectrochemical sources – particularly: stabilized DC stabilized arc (self made) with potential application in a variety of spectral devices.
Laser and Environmental Chemistry
Application of lasers in chemistry. Research and development of gas lasers. Laser spectorscopy. Laser gas detection. Photothermal and photoacoustic detection and spectroscopy. Application of photoacoustic detection in envrironmental chemistry. Laser isotope separation. Laser modification of materials and deposition of carbon coatings (diamond). Laser surface decontamination.
Chemical Sensors
Immobilization of azo-dyes and enzymes on solid substrates for the development of biochemical sensors and spectroscopic test methods for the detection of low concentrations of pollutants.
Radiotoxicology
Human genome radiosensitivity, radiotoxic effects of low-dose ionizing radiation particularly in conditions of occupational exporsure, and radioprotective effects of biologically active compounds in medicinal plants.
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