S. Soyer Et Al. , "A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface," CATALYSIS TODAY , vol.118, pp.268-278, 2006
Soyer, S. Et Al. 2006. A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface. CATALYSIS TODAY , vol.118 , 268-278.
Soyer, S., Uzun, A., Senkan, S., & Onal, I., (2006). A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface. CATALYSIS TODAY , vol.118, 268-278.
Soyer, Sezen Et Al. "A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface," CATALYSIS TODAY , vol.118, 268-278, 2006
Soyer, Sezen Et Al. "A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface." CATALYSIS TODAY , vol.118, pp.268-278, 2006
Soyer, S. Et Al. (2006) . "A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface." CATALYSIS TODAY , vol.118, pp.268-278.
@article{article, author={Sezen Soyer Et Al. }, title={A quantum chemical study of nitric oxide reduction by ammonia (SCR reaction) on V2O5 catalyst surface}, journal={CATALYSIS TODAY}, year=2006, pages={268-278} }