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Hydroxyapatite - Al<sub>2</sub>O<sub>3</sub> reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and <i>in-vitro</i> bioactivity properties
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M. Topuz, "Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties," SURFACES AND INTERFACES , vol.37, pp.102724, 2023

Topuz, M. 2023. Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties. SURFACES AND INTERFACES , vol.37 , 102724.

Topuz, M., (2023). Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties. SURFACES AND INTERFACES , vol.37, 102724.

Topuz, Mehmet. "Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties," SURFACES AND INTERFACES , vol.37, 102724, 2023

Topuz, Mehmet. "Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties." SURFACES AND INTERFACES , vol.37, pp.102724, 2023

Topuz, M. (2023) . "Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties." SURFACES AND INTERFACES , vol.37, p.102724.

@article{article, author={Mehmet Topuz}, title={Hydroxyapatite - Al2O3 reinforced poly- (lactic acid) hybrid coatings on magnesium: Characterization, mechanical and in-vitro bioactivity properties}, journal={SURFACES AND INTERFACES}, year=2023, pages={102724} }