For students

List of available topics

Bachelor thesis

  • Atmospheric plasma functionalization of durable polysilazanes coatings (supervisor: Pedram Ghourchi Beigi)
  • Novel materials for flexible and printed electronics (supervisor: Tomáš Homola)
  • Effect of plasma discharge on adhesion properties of polymer substrate (supervisor: Jakub Kelar)
  • 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)
  • The study of the generation of plasma-activated gaseous media with a high concentration of ozone and hydrogen peroxide (supervisor: Zlata Kelar Tučeková)
  • Atmospheric plasma surface modification of fluoropolymers for adhesion improvement for biomedical applications (supervisor: Richard Krumpolec)
  • Cleaning and activation of flexible glass surfaces using atmospheric plasma in order to deposit thin films (supervisor: Slavomír Sihelník)
  • The efect of plasma treatment of aramid fibres on improvement of mechanical properties of FRP composites (supervisor: Dana Skácelová)
  • Treatment of seeds using a plasma jet at atmospheric pressure (supervisor: Pavel Slavíček)
  • Comparison of different methods of optical emission spectra evaluation (supervisor: Pavel Slavíček)
  • Study of plasma source parameters for chemical analysis (supervisor: Pavel Slavíček)
  • Roll-to-roll plasma treatment of polymer films with an emphasis on the so-called backside treatment (supervisor: Vlasta Štěpánová)

Master thesis

  • Novel materials for flexible and printed electronics (supervisor: Tomáš Homola)
  • Diagnostics of plasma-activate gaseous media with high concentration of ozone and hydrogen peroxide (supervisor: Zlata Kelar Tučeková)
  • Plasma-assisted immobilization of hyaluronic acid on poly(lactic) acid nonwoven fabrics (supervisor: Dana Skácelová)
  • The effect of plasma treatment of natural fibres on the properties of laminated FRP composites (supervisor: Dana Skácelová)
  • The study of rf plasma nozzles with larger diameters (supervisor: Pavel Slavíček)


See IS MUNI - Topic Lists for a more detailed description and login to the topics. In case you have not chosen any topic or you have your own idea, do not hesitate to contact us.

Defended thesis (graduates)











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