The laboratory is focused on the preparation and modification of nanoparticles and their composite functionalized structures. In our research, we apply not only standard physical and chemical methods in top-down and bottom-up processes, but also, to an increased extent, extreme physical action in brand new patented instruments of our own design.
The main research directions are disintegration and exfoliation of nanoparticles; aggregation process of nanoparticles into lamellar structures with high specific surface area; preparation of semiconducting sorption nanostructures with high specific surface area and antimicrobial activity using ionizing radiation; Preparation of photocatalytically regenerable sorbents by visible light; Deposition of sorptive and photocatalytic nanostructures on nanofibers and nanofilters; Special methods of separation and nanofiltration in electric field.
Nanomaterials are further characterized by a wide range of analytical methods such as SEM/EDX, TEM, UV-VIS, DRS and PL spectroscopy, photocurrent spectroscopy, DLS analysis, BET analysis and many others. The new patented device is a photocatalytic reactor with a fiber UV-VIS spectrometer for completely interference-free measurements of photocatalytic kinetics in liquids in in-situ mode.
Research areas
- Disintegration and exfoliation of nanoparticles and lamellar nanostructures
- Aggregation of nanoparticles into lamellar structures with high specific surface area by controlled sublimation and its computer simulation
- Development of semiconductor nanocomposites for chemical and biological control of pollutants activated by visible light
- Preparation and characterization of semiconductor nanostructures with high surface specific aphotocatalytic and antimicrobial activity
- Deposition of sorption and photocatalytic nanostructures on nanofibers and nanofilters
- Special methods of separation and nanofiltration in electric and magnetic fields
Contact
prof. RNDR. Richard Dvorsky, Ph.D.
e-mail:
tel.: +420 596 999 356
Ing. Ladislav Svoboda, Ph.D.
e-mail:
tel.: +420 596 999 356