T. Ozdal Et Al. , "Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity," Materials Chemistry and Physics , vol.319, 2024
Ozdal, T. Et Al. 2024. Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity. Materials Chemistry and Physics , vol.319 .
Ozdal, T., NALÇACI, B., Akyuz, O., Goker, H., & Kaya, A. A., (2024). Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity. Materials Chemistry and Physics , vol.319.
Ozdal, Taner Et Al. "Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity," Materials Chemistry and Physics , vol.319, 2024
Ozdal, Taner Et Al. "Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity." Materials Chemistry and Physics , vol.319, 2024
Ozdal, T. Et Al. (2024) . "Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity." Materials Chemistry and Physics , vol.319.
@article{article, author={Taner Ozdal Et Al. }, title={Cu–Mg dilute alloys- Assessment of strengthening, internal friction, and electrical conductivity}, journal={Materials Chemistry and Physics}, year=2024}