K. M. Akra And M. BOZ, "Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method," International Science and Technology Journal , vol.16, pp.1-21, 2019
Akra, K. M. And BOZ, M. 2019. Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method. International Science and Technology Journal , vol.16 , 1-21.
Akra, K. M., & BOZ, M., (2019). Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method. International Science and Technology Journal , vol.16, 1-21.
Akra, Kamal, And MUSTAFA BOZ. "Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method," International Science and Technology Journal , vol.16, 1-21, 2019
Akra, Kamal M. And BOZ, MUSTAFA. "Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method." International Science and Technology Journal , vol.16, pp.1-21, 2019
Akra, K. M. And BOZ, M. (2019) . "Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method." International Science and Technology Journal , vol.16, pp.1-21.
@article{article, author={Kamal Mohamed Akra And author={MUSTAFA BOZ}, title={Investigation of the Effect of Nozzle diameter on AZ31 Powder Production by Gas Atomization Method}, journal={International Science and Technology Journal}, year=2019, pages={1-21} }