Stefan Dzionk - Dane badawcze

dr hab. inż. Stefan Dzionk

Representative open-circuit potential vs. time and potentiodynamic polarization data recorded for uncoated Ti13Zr13Nb and 136_600_sin_300 specimens and XRD results for uncoated and all coated specimens
Dane Badawcze
- B. Makurat-Kasprolewicz
- M. Wekwejt
- L. Pezzato
- A. Ronowska
- J. Krupa
- S. Zimowski
- S. Dzionk
- A. Ossowska
This dataset includes open-circuit potential and potentiodynamic polarization data for uncoated and MAO/UMAO-treated Ti13Zr13Nb specimens. It also contains XRD phase analysis results. The study explores the impact of ultrasound-assisted MAO on coating properties, including morphology, composition, thickness, hardness, corrosion resistance, and cytocompatibility...
Jumping wave photographs
Dane Badawcze
- S. Dzionk
- B. Scibiorski
The photographs of the outer surface obtained in the burnishing process showing the shape of the jumping wave and the displacement of the material in the surface layer.
Jumping Wave 2D Profiles
Dane Badawcze
wersja 1.0
- S. Dzionk
The file contains 2D profiles obtained from a jumping wave study in front of the tool during burnishing of 1.0562 steel by the toroidal-cone tool. Burnishing speed 30.5 m/min, feed of burnishing 0.2mm/rev Force 550 and 800 N.

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