In the present paper, we calculate the effect of disorder on the density of states and localization of eigenstates of zigzag and armchair nano-ribbons. Both Anderson disorder model and quantom percolation are considered. The eigenstates of the disordered hamiltonian is calculated in a tight–binding approximation and the localization of eigenstates are characterized using the inverse participation ratio (IPR). Based on IPR data, the transport properties in the presence of disorder is discussed.
Fazileh,F , Mirza,B , Ghorbani,M , Maghoul,Z , Mirza,B and Salehi,M . (2019). Investigating the effect of disorder on density of states of graphene nano-ribbons. Iranian Journal of Physics Research, 11(2), 167-179.
MLA
Fazileh,F , , Mirza,B , , Ghorbani,M , , Maghoul,Z , , Mirza,B , and Salehi,M . "Investigating the effect of disorder on density of states of graphene nano-ribbons", Iranian Journal of Physics Research, 11, 2, 2019, 167-179.
HARVARD
Fazileh F, Mirza B, Ghorbani M, Maghoul Z, Mirza B, Salehi M. (2019). 'Investigating the effect of disorder on density of states of graphene nano-ribbons', Iranian Journal of Physics Research, 11(2), pp. 167-179.
CHICAGO
F Fazileh, B Mirza, M Ghorbani, Z Maghoul, B Mirza and M Salehi, "Investigating the effect of disorder on density of states of graphene nano-ribbons," Iranian Journal of Physics Research, 11 2 (2019): 167-179,
VANCOUVER
Fazileh F, Mirza B, Ghorbani M, Maghoul Z, Mirza B, Salehi M. Investigating the effect of disorder on density of states of graphene nano-ribbons. Iranian Journal of Physics Research. 2019;11(2):167-179 (In Persian).
