C. Hocaoglu And N. A. SEZGİ, "The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production," CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8, pp.1041-1050, 2015
Hocaoglu, C. And SEZGİ, N. A. 2015. The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production. CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8 , 1041-1050.
Hocaoglu, C., & SEZGİ, N. A., (2015). The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production. CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8, 1041-1050.
Hocaoglu, Caner, And NAİME ASLI SEZGİ. "The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production," CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8, 1041-1050, 2015
Hocaoglu, Caner And SEZGİ, NAİME A. . "The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production." CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8, pp.1041-1050, 2015
Hocaoglu, C. And SEZGİ, N. A. (2015) . "The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production." CHEMICAL ENGINEERING COMMUNICATIONS , vol.202, no.8, pp.1041-1050.
@article{article, author={Caner Hocaoglu And author={NAİME ASLI SEZGİ}, title={The Effects of Co-Mo/CaCO3 Catalyst's Calcination Temperature and Co/Mo Weight Ratio on Carbon Nanotube Production}, journal={CHEMICAL ENGINEERING COMMUNICATIONS}, year=2015, pages={1041-1050} }