Although one of the most important and intriguing features of the topological insulators is the
presence of edge states, the closed-form expressions for the edge states of some famous …

The thermoelectric power generation efficiency of a bismuth monolayer nanoribbon has
been studied theoretically. We calculate the conductance of such a structure using the multi …

The transport properties, containing the spin polarization and transmission probability,
theoretically have been investigated on the exposure of an exterior magnetic field for single …

We have theoretically studied the electron transport properties in the phosphorene
nanoribbons with different kinds of defects, including either single or multiple vacancies and …

Defects in experimentally manufactured phosphorene nanoribbons (PNRs) occur
unavoidably, affecting the functionality of PNR-based devices. In this work, we theoretically …

Double-level quantum systems are good candidates for revealing coherent quantum
transport properties. Here, we consider quantum interference effects due to the formation of …

In the present work, the scattering of the edge-state electrons from two similar two-level
atoms located as impurities near the two sites on the zigzag edge of a phosphorene ribbon …

In this study, the general scattering theory based on the Lippmann–Schwinger equation,
along with the Green function approach, is applied to investigate the scattering of the mobile …

The dependence of the Hall and bend resistances on a perpendicular magnetic field and on
vacancy defects in a four-terminal phosphorene single layer Hall bar is investigated. A tight …

The pursuit for the next generation of nanodevices made scientists focus the attention to two
dimensional materials. Experimental works of two dimensional materials are hardly free of …