Bahador, A. Et Al. 2021. Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route. Materials Characterization , vol.172 .

Bahador, A., Umeda, J., Ghandvar, H., Bakar, T. A. A., YAMANOĞLU, R., Issariyapat, A., ... Kondoh, K.(2021). Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route. Materials Characterization , vol.172.

Bahador, Abdollah Et Al. "Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route," Materials Characterization , vol.172, 2021

Bahador, Abdollah Et Al. "Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route." Materials Characterization , vol.172, 2021

Bahador, A. Et Al. (2021) . "Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route." Materials Characterization , vol.172.

@article{article, author={Abdollah Bahador Et Al. }, title={Microstructure globularization of high oxygen concentration dual-phase extruded Ti alloys via powder metallurgy route}, journal={Materials Characterization}, year=2021}