Plasma processes and methods are highly usable methods for the research, development, and manufacturing of modern materials and systems. Doc. Kormunda from the Purkyně University in Ústí nad Labem will present the newest ideas of this experimental approach at the 29th NARECOM taking place on October 11th at 2:30 p.m. Join Zoom Meeting https://cesnet.zoom.us/j/96873093627

Plasma methods for thin films depositions and surface modifications

Doc. Martin Kormunda

UJEP

Abstract:

Plasma methods are key of many up to date manufacturing processes where the modern materials with unique properties are prepared.  Plasma discharges for the applications in material science and engineering are typically low pressure glow plasma processes, low pressure arc plasma processes and moreover also plasma processes at atmospheric pressures as it will be shown. Those approaches have pros and cons which will be discussed. The substrates for the plasma processes can be various materials and structures. For examples, the nano membranes can be plasma processed at low and atmospheric pressures to achieve surfaces modification as it will be shown on PVDF and PA6 examples.

The plasma methods will be demonstrated on the thin film deposition from solid targets and vapours. The advantages of atmospheric pressure plasma will be demonstrated on the surface cleaning and modifications of polymers (also nano membranes), glass and metal oxides.

Plasma processes and methods are highly usable methods for research, developments and manufacturing of the modern materials and systems.

Martin Kalbáč is inviting you to a scheduled Zoom meeting.

Topic: Narecom
Time: Oct 11, 2023 02:30 PM Amsterdam, Berlin, Rome, Stockholm, Vienna

Join Zoom Meeting
https://cesnet.zoom.us/j/96873093627

Meeting ID: 968 7309 3627

---

One tap mobile
+420228882388,,96873093627# Czech Republic
+420239018272,,96873093627# Czech Republic

---

Dial by your location
• +420 2 2888 2388 Czech Republic
• +420 2 3901 8272 Czech Republic
• +420 5 3889 0161 Czech Republic

Meeting ID: 968 7309 3627

Find your local number: https://cesnet.zoom.us/u/abpJpvYbXM