- Autor
- Stummer, Maximilian
- Stögmüller, Philipp
- Enzinger, Norbert
- TitelSystematic investigation of the temperature field in Atmospheric Plasma Processing (APP)
- Datei
- DOI10.4028/www.scientific.net/MSF.879.1870
- Erscheinungsjahr2016
- LicenceCC-BY
- Konferenz NameTHERMEC
- Konferenz OrtGraz
- Konferenz StaatÖsterreich
- Konferenz URLhttps://www.tugraz.at/events/thermec-2016/home/
- Download Statistik1582
- Peer ReviewNein
- AbstractBesides chemical or mechanical surface treatments, the application of atmospheric plasma processing (APP) is a popular pre-treatment in coating and joining technology. During APP the substrate is put under a thermal cycle which is performed by a plasma torch. After the pre-treatment is completed, the subsequent coating process starts. APP leads to an ultra-finely cleaned surface, which significantly improves the layer quality after coating [1]. The pre-treatment reduces contaminations and improves the wettability as well as the adhesion of the final layer. Numerical simulations are often used to get a better understanding of the process and parametric interaction. This work gives an insight of an experimentally developed, temperature based data base to validate a numerical simulation of APP.
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