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DI Dr. Dietmar Kopp, BSc MSc

Dietmar Kopp

Forschungsgruppe

MATERIALS:

Laser- und Plasma-Technologien

Telefon

+43 316 876-3333

E-Mail

Dietmar.Kopp@joanneum.at

Adresse

Leobner Straße 94a, 8712, Niklasdorf
+43 316 876-3304
MATERIALSNiklasdorf-Sek@joanneum.at

Publikationen

Materials
2024

Wear-Resistant Low-friction Atmospheric Pressure Plasma Spray Coatings for Sustainable (Bio-based Recyclable) Materials

Autor*innen: Kaindl, R., Kopp, D.F., Parizek, H. et al.
Wear-Resistant Low-friction Atmospheric Pressure Plasma Spray Coatings for Sustainable (Bio-based Recyclable) Materials
Materials
2024

Shrouding Gas Plasma Deposition Technique for Developing Low-Friction, Wear-Resistant WS2-Zn Thin Films on Unfilled PEEK: The Relationship Between Process and Coating Properties

Autor*innen: Kopp, D.; Bandl, C.; Kaindl, R.; Prethaler, T.; Coclite, A.M.; Waldhauser, W.
Shrouding Gas Plasma Deposition Technique for Developing Low-Friction, Wear-Resistant WS2-Zn Thin Films on Unfilled PEEK: The Relationship Between Process and Coating Properties
Materials
2024

Microstructural and micromechanical characteristics of composite osteoconductive coatings deposited by the atmospheric pressure plasma technique

Autor*innen: Major L, Kopp DF, Major R, Lackner JM.
Microstructural and micromechanical characteristics of composite osteoconductive coatings deposited by the atmospheric pressure plasma technique
Materials
2024

Characterization of atmospheric pressure plasma deposited (APPD) coatings to improve the friction behavior of thermoplastic surfaces

Autor*innen: Gleirscher Milena, Kopp Dietmar, Hausberger Andreas, Angerer Paul, Lackner Jürgen, Schlögl Sandra
Characterization of atmospheric pressure plasma deposited (APPD) coatings to improve the friction behavior of thermoplastic surfaces
Materials
2024

Shrouding Gas Plasma Deposition Technique for Developing Low-Friction, Wear-Resistant WS2-Zn Thin Films on Unfilled PEEK: The Relationship Between Process and Coating Properties

Autor*innen: Bandl, C., Kopp, D., Kaindl, R., Prethaler, T., Coclite, A. M., & Waldhauser, W.
Shrouding Gas Plasma Deposition Technique for Developing Low-Friction, Wear-Resistant WS2-Zn Thin Films on Unfilled PEEK: The Relationship Between Process and Coating Properties
Materials
2023

Development of Ternary Atmospheric Plasma Deposited Coatings Generated Under Low Oxygen Conditions with Low-Friction Properties on Thermoplastic Surfaces

Autor*innen: Kopp, Dietmar; Gleirscher, Milena; Stummer, Maximilian; Major, Łukasz; Hausberger, Andreas; Schlögl, Sandra; Lackner, Jürgen; Kaindl, Reinhard; Prethaler, Thomas; Coclite, Anna; Waldhauser, W.
Development of Ternary Atmospheric Plasma Deposited Coatings Generated Under Low Oxygen Conditions with Low-Friction Properties on Thermoplastic Surfaces
Materials
2023

Morphology-controlled atmospheric pressure plasma synthesis of zinc oxide nanoparticles for piezoelectric sensors

Autor*innen: Schwan, A.; Chwatal, Simon; Hendler, C.; Kopp, Dietmar; Lackner, Juergen M; Kaindl, Reinhard; Tscherner, M.; Zirkl, M.; Angerer, P.; Friessnegger, Bernhard; Augl, S.; Heim, D.; Hinterer, A.; Stummer, Maximilian; Waldhauser, W.
Morphology-controlled atmospheric pressure plasma synthesis of zinc oxide nanoparticles for piezoelectric sensors
Materials
2023

Ternary low-friction coatings on thermoplastics by plasma spraying: Investigations on the process-structure

Autor*innen: Dietmar Kopp, Milena Gleirscher, Maximilian Stummer, Lukasz Major, Andreas Hausberger, Sandra Schlögl, Jürgen M. Lackner, Reinhard Kaindl, Thomas Prethaler, Anna Maria Coclite, Wolfgang Waldhauser
Ternary low-friction coatings on thermoplastics by plasma spraying: Investigations on the process-structure
Materials
2022

Low-friction, wear-protecting coatings on polymers by atmospheric pressure plasma spraying

Autor*innen: Kopp, Dietmar; Lackner, Jürgen M.; Kaindl, Reinhard; Elter, Roswitha; Stummer, Maximilian; Hinterer, Andreas; Coclite, Anna Maria; Waldhauser, Wolfgang
Low-friction, wear-protecting coatings on polymers by atmospheric pressure plasma spraying
Materials
2022

Atomic layer deposition of oxide coatings on porous metal and polymer structures fabricated by additive manufacturing methods (laser-based powder bed fusion, material extrusion, material jetting)

Autor*innen: Kaindl, Reinhard; Homola, Tomáš; Rastelli, Armando; Schwarz, Albin; Tarre, Aivar; Kopp, Dietmar; Coclite, Anna Maria; Görtler, Michael; Meier, Benjamin; Prettenthaler, Bernd; Belegratis, Maria; Lackner, Jürgen M.; Waldhauser, Wolfgang
Atomic layer deposition of oxide coatings on porous metal and polymer structures fabricated by additive manufacturing methods (laser-based powder bed fusion, material extrusion, material jetting)
Zu allen Publikationen

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