Direct and remote treatment of aluminum meshes using plasma generated by DCSBD

• Authors: SIHELNÍK Slavomír; KELAROVÁ Štěpánka; FENG Jianyu; GHOURCHI BEIGI Pedram; KSENZOVA Olha; KRUMPOLEC Richard; KOVÁČIK Dušan
• Year of publication: 2025
• Type: Conference abstract
• MU Faculty or unit: Faculty of Science

Attached files

• WPNB-4-abstract-Sihelnik.pdf
• WPNB-4-abstract-Sihelnik_kmnvduwo.pdf

• Description: The study demonstrates that atmospheric pressure plasma treatment is an effective method for cleaning and activating expanded aluminum meshes. Crucially, the character and application method of the plasma source (direct air DCSBD vs. remote nitrogen DCSBD linear APPJ) significantly impacts the uniformity and effectiveness of the surface modification, with the remote nitrogen DCSBD linear APPJ showing a superior and more uniform effect across the complex mesh structure.

Related projects

• R&D centre for plasma and nanotechnology surface modifications