A. D. D. Kaynar Et Al. , "Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts," FUEL PROCESSING TECHNOLOGY , vol.140, pp.96-103, 2015
Kaynar, A. D. D. Et Al. 2015. Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts. FUEL PROCESSING TECHNOLOGY , vol.140 , 96-103.
Kaynar, A. D. D., Dogu, D., & YAŞYERLİ, N., (2015). Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts. FUEL PROCESSING TECHNOLOGY , vol.140, 96-103.
Kaynar, A., Doruk Dogu, And NAİL YAŞYERLİ. "Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts," FUEL PROCESSING TECHNOLOGY , vol.140, 96-103, 2015
Kaynar, A. D. Et Al. "Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts." FUEL PROCESSING TECHNOLOGY , vol.140, pp.96-103, 2015
Kaynar, A. D. D. Dogu, D. And YAŞYERLİ, N. (2015) . "Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts." FUEL PROCESSING TECHNOLOGY , vol.140, pp.96-103.
@article{article, author={A. Derya Deniz Kaynar Et Al. }, title={Hydrogen production and coke minimization through reforming of kerosene over bi-metallic ceria-alumina supported Ru-Ni catalysts}, journal={FUEL PROCESSING TECHNOLOGY}, year=2015, pages={96-103} }