N. Aslan Et Al. , "Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability," Journal of Materials Science , vol.57, no.35, pp.16858-16874, 2022
Aslan, N. Et Al. 2022. Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability. Journal of Materials Science , vol.57, no.35 , 16858-16874.
Aslan, N., Aksakal, B., Dikici, B., & Sinirlioglu, Z. A., (2022). Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability. Journal of Materials Science , vol.57, no.35, 16858-16874.
Aslan, N. Et Al. "Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability," Journal of Materials Science , vol.57, no.35, 16858-16874, 2022
Aslan, N. Et Al. "Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability." Journal of Materials Science , vol.57, no.35, pp.16858-16874, 2022
Aslan, N. Et Al. (2022) . "Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability." Journal of Materials Science , vol.57, no.35, pp.16858-16874.
@article{article, author={N. Aslan Et Al. }, title={Graphene reinforced hybrid-bioceramic coatings on porous-Ti6Al4V for biomedical applications: morphology, corrosion resistance, and cell viability}, journal={Journal of Materials Science}, year=2022, pages={16858-16874} }