S. Osman Sinan And İ. Becerik, "Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System," J.of Fuel Cell Science and Technology , vol.10, no.3, pp.31001-0, 2013
Osman Sinan, S. And Becerik, İ. 2013. Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System. J.of Fuel Cell Science and Technology , vol.10, no.3 , 31001-0.
Osman Sinan, S., & Becerik, İ., (2013). Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System. J.of Fuel Cell Science and Technology , vol.10, no.3, 31001-0.
Osman Sinan, Süslü, And İpek Becerik. "Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System," J.of Fuel Cell Science and Technology , vol.10, no.3, 31001-0, 2013
Osman Sinan, Süslü O. And Becerik, İpek. "Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System." J.of Fuel Cell Science and Technology , vol.10, no.3, pp.31001-0, 2013
Osman Sinan, S. And Becerik, İ. (2013) . "Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System." J.of Fuel Cell Science and Technology , vol.10, no.3, pp.31001-0.
@article{article, author={Süslü Osman Sinan And author={İpek Becerik}, title={Part Load Efficieny Enhancement of an Automotive Engine via a Direct Methanol Fuel Cell Internal Combustion Engine Hybrid System}, journal={J.of Fuel Cell Science and Technology}, year=2013, pages={31001-0} }