Print 

Plasma sources for surface treatment of different materials

DCSBD DCSBD2
    Fig. 1. Low temperature DCSBD plasma
Fig. 2. Device ZUP 200 for continuous plasma activation
of narrow strips of thin materials – textiles.

* The device was developed in the frame of
the Project APVV-20-P01505

and it is protected by the international patent application WO 02095115

  

Diaphragm discharge

  Fig. 3. Diaphragm pulse discharge generating plasma in liquids

 

Research areas

 Zmacavost

 

 
 Fig. 4. Significant increase of wettability of polymer textiles
after short plasma treatment (in the order of seconds)
 Fig. 5. Cleaning and increase of surface energy of common glass
and special glasses (ITO glass used in semiconductor industry

 

 Teflon

 Fig. 6. Improvement of adhesion of non-adhesive polymers (teflon) for further surface modification

 

 

 Fig. 7. Plasma assisted calcination of inorganic nanofibers using DCSBD

 

  Plasma diagnostics methods:

 

Diagnostics of changes on the surface of material:

 

Collaboration with:

 

Contact:

Doc. RNDr. Anna Zahoranová, PhD.

F2-40

Email: zahoranova(at)fmph.uniba.sk

Phone Nr: +421 2 602 95 529

 

Mgr. Dušan Kováčik, PhD.

F2-37

Email: kovacik(at)fmph.uniba.sk

Phone Nr: +421 2 602 95 616