PhD study topics

Aerosol interaction with air humidity

Application microfluidic devices to study interdisciplinary problems in fields of chemical engineering and medical diagnostics

Application of microreactors for studying and optimizing reactions in the production of pharmaceuticals and specialty chemicals

Bioaerosols and clouds

Breakup and coalescence of bubbles and droplets

Catalysts for the oxidation of volatile organic compounds

Changes in aerosols during the transition over the Czech basin

Chiral covalent organic frameworks with embedded helicene motifs

Conformation and hydrogen bonding in fluorinated oligosaccharides

Detailed atmospheric aerosol composition within and above the mixing layer

Development of highly porous ceramic nanofibrous catalysts for reactions in both gas and liquid phases

Diagnostika dvoufázového toku v mikrokanálech