M. Topuz, "In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium," Journal of Materials and Manufacturing , vol.3, no.1, pp.17-24, 2024
Topuz, M. 2024. In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium. Journal of Materials and Manufacturing , vol.3, no.1 , 17-24.
Topuz, M., (2024). In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium. Journal of Materials and Manufacturing , vol.3, no.1, 17-24.
Topuz, Mehmet. "In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium," Journal of Materials and Manufacturing , vol.3, no.1, 17-24, 2024
Topuz, Mehmet. "In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium." Journal of Materials and Manufacturing , vol.3, no.1, pp.17-24, 2024
Topuz, M. (2024) . "In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium." Journal of Materials and Manufacturing , vol.3, no.1, pp.17-24.
@article{article, author={Mehmet Topuz}, title={In-vitro corrosion response of Hydroxyapatite / Halloysite nanotube / Bismuth reinforced poly– (lactic acid) hybrid coatings on biodegradable Magnesium}, journal={Journal of Materials and Manufacturing}, year=2024, pages={17-24} }