Kul, M. Et Al. 2019. The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder. International Scientific Journal Machines. Technologies. Materials. , vol.13, no.8 , 362-366.

Kul, M., Özer, A., Öksüz, K. E., & Kurt, N., (2019). The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder. International Scientific Journal Machines. Technologies. Materials. , vol.13, no.8, 362-366.

Kul, Mehmet Et Al. "The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder," International Scientific Journal Machines. Technologies. Materials. , vol.13, no.8, 362-366, 2019

Kul, Mehmet Et Al. "The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder." International Scientific Journal Machines. Technologies. Materials. , vol.13, no.8, pp.362-366, 2019

Kul, M. Et Al. (2019) . "The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder." International Scientific Journal Machines. Technologies. Materials. , vol.13, no.8, pp.362-366.

@article{article, author={Mehmet Kul Et Al. }, title={The Effect of Ball Milling Speed on the Penetration of Cr And Zr into Cu for Production of Cu1CrZr Alloy Powder}, journal={International Scientific Journal Machines. Technologies. Materials.}, year=2019, pages={362-366} }