ALTUN, Z. Et Al. 2017. Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene. MOLECULAR PHYSICS , vol.115 , 2185-2200.

ALTUN, Z., Bleda, E. A., & Trindle, C., (2017). Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene. MOLECULAR PHYSICS , vol.115, 2185-2200.

ALTUN, ZİKRİ, ERDİ ATA BLEDA, And Carl Trindle. "Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene," MOLECULAR PHYSICS , vol.115, 2185-2200, 2017

ALTUN, ZİKRİ Et Al. "Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene." MOLECULAR PHYSICS , vol.115, pp.2185-2200, 2017

ALTUN, Z. Bleda, E. A. And Trindle, C. (2017) . "Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene." MOLECULAR PHYSICS , vol.115, pp.2185-2200.

@article{article, author={ZİKRİ ALTUN Et Al. }, title={Single metal catalysis: DFT and CAS modelling of species involved in the Fe cation assisted transformation of acetylene to benzene}, journal={MOLECULAR PHYSICS}, year=2017, pages={2185-2200} }