GENÇ, A. E. And Tranca, I. 2023. Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective. Physical Chemistry Chemical Physics , vol.25, no.27 , 18465-18480.

GENÇ, A. E., & Tranca, I., (2023). Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective. Physical Chemistry Chemical Physics , vol.25, no.27, 18465-18480.

GENÇ, ALİ, And I.C. Tranca. "Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective," Physical Chemistry Chemical Physics , vol.25, no.27, 18465-18480, 2023

GENÇ, ALİ E. And Tranca, I.C.. "Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective." Physical Chemistry Chemical Physics , vol.25, no.27, pp.18465-18480, 2023

GENÇ, A. E. And Tranca, I. (2023) . "Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective." Physical Chemistry Chemical Physics , vol.25, no.27, pp.18465-18480.

@article{article, author={ALİ EMRE GENÇ And author={I.C. Tranca}, title={Adsorption mechanism of the N2 and NRR intermediates on oxygen modified MnN4-graphene layers - a single atom catalysis perspective}, journal={Physical Chemistry Chemical Physics}, year=2023, pages={18465-18480} }