H. DÜNDAR, "Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation," MINERALS ENGINEERING , vol.148, 2020
DÜNDAR, H. 2020. Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation. MINERALS ENGINEERING , vol.148 .
DÜNDAR, H., (2020). Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation. MINERALS ENGINEERING , vol.148.
DÜNDAR, HAKAN. "Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation," MINERALS ENGINEERING , vol.148, 2020
DÜNDAR, HAKAN. "Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation." MINERALS ENGINEERING , vol.148, 2020
DÜNDAR, H. (2020) . "Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation." MINERALS ENGINEERING , vol.148.
@article{article, author={HAKAN DÜNDAR}, title={Investigating the benefits of replacing hydrocyclones with high-frequency fine screens in closed grinding circuit by simulation}, journal={MINERALS ENGINEERING}, year=2020}