For students
List of available topics
Bachelor thesis
- Research on surface dielectric barrier discharge generated using liquid electrodes
(supervisor: Oleksandr Galmiz) - Novel materials for flexible and printed electronics (supervisor: Tomáš Homola)
- Preparation of nanofibers by electrospinning process and the treatment by electrical plasma discharges (supervisor: David Pavliňák)
- Application of atmospheric pressure plasma for deposition of thin ALD films (supervisor: Richard Krumpolec)
- Thin copper halide ALD films on plasma-modified flexible polymer substrates for ultraviolet optoelectronics (supervisor: Richard Krumpolec)
- Study of aging efect of plasma modification of polymer substrate (supervisor: Jakub Kelar)
- Study of the influence of dielectric barrier discharges on polymer-metal sandwich materials (supervisor: Jakub Kelar)
Master thesis
- Novel materials for flexible and printed electronics (supervisor: Tomáš Homola)
- Research on surface dielectric barrier discharge generated using liquid electrodes (supervisor: Oleksandr Galmiz)
- Preparation of nanofibers by electrospinning process and the treatment by electrical plasma discharges (supervisor: David Pavliňák)
- Thin copper halide ALD films on plasma-modified flexible polymer substrates for ultraviolet optoelectronics (supervisor: Richard Krumpolec)
Dissertation
- Investigation of surface chemistry on plasma-treated substrates - First step before deposition of ultra-thin films (supervisor: Richard Krumpolec)
- Plasma assisted calcination of mesoporous materials (supervisor: David Pavliňák)
- Plasma engineering of nanostructured coatings for flexible energy-harvesting and -storage systems (supervisor: Tomáš Homola)
In case you have not chosen any topic or you have your own idea, do not hesitate to contact us.
Defended thesis (graduates)
2020
- Study of dielectric barrier discharges, their applications and fundamental properties (Doctoral thesis, Jakub Kelar)
- The growth of thin ALD films and multilayers on different substrates (Master's thesis, Dominik Bača)
- Analysis of samples by mass spectrometry using Substrate Assisted Laser Desorption Ionization utilizing porous reduced graphene oxide (Master's thesis, František Zelenák)
- Modification of polymer surfaces by reducing plasma (Master's thesis, Zdeňka Doubková)
- Plasma treatment of wood (Master's thesis, Zuzana Košelová)
- Plasma treatment of seed (Bachelor's thesis, Michal Fleischer)
2019
- Enhancement of energy harvesting systems efficiency by atmospheric pressure plasma treatment (Doctoral thesis, Masoud Shekargoftar)
- Utilization of reduction plasma for surface treatment of nanostrucured materials (Master's thesis, Vít Richter)
- Preparation of nanofibers by electrospinning process and the treatment by electrical plasma discharges (Master's thesis, Ľubomíra Valová)
- Preparation of ceramic nanofibers by electrospinning process (Master's thesis, Galina Zrubcová)
- Low-temperature modification of thin TiO2 layers by reducing plasma generated at atmospheric pressure (Bachelor thesis, Ondřej Červinka)
2018
- Diagnostics and applications of discharges generated at atmospheric pressure (Doctoral thesis, Vlasta Štěpánová)
- Activation and cleaning of glass using non-thermal plasma at atmospheric pressure (Master's thesis, Slavomír Sihelník)
- Multi-hollow dielectric barrier discharge for surface treatments of polymers (Bachelor's thesis, Zdeňka Doubková)
- Study of different types of dielectric barrier discharges for surface treatment of structured materials and its comparison (Bachelor's thesis, Dominik Bača)
2017
- Micro-hollow dielectric barrier discharge for surface treatments (Bachelor's thesis, Vít Richter)
2016
- Surface treatment of polymer materials by plasma generated in liquids and in contact with them (Doctoral thesis, Oleksandr Galmiz)
- Surface modification of polymer foils by plasma generated at atmospheric pressure (
Bachelor's thesis, Slavomír Sihelník)
2015
- Plasma-chemical modifications of polymeric materials (Doctoral thesis, David Pavliňák)
- Measurement of parameters of coplanar barrier discharge (Master's thesis, Jakub Kelar)