The invention of graphene, as a two-dimensional (2D) atomic layered material, has created
enormous scientific revolutions in materials science. As a result, there are a variety of 2D …

A first-principles investigation is carried out on palladium (Pd)-doped armchair graphene
nanoribbons (AGNRs) to investigate their structural, electronic and transport properties. The …

Quantum coherence and non-equilibrium statistics are the governing mechanisms for
electronic transport in 2-D materials. The present work investigates the electronic transport …

DNA detection has revolutionized medical and biological research fields. It provides a
wealth of medical information for each individual, which can be used in a personalized …

Graphene has remarkable characteristics that make it a potential candidate for
optoelectronics and electronics applications. Graphene is a sensitive material that reacts to …

Nitrogen doped graphene was modified by N-alkylation using a combination of phase
transfer catalysis and microwave irradiation. The resulting derivatives of N-doped graphene …

B and N co-doped reduced graphene oxide (B/N-rGO) nanoflakes were produced from a
mixed aqueous solution of graphene oxide nanoflakes and boron nitride quantum dots …

Functionalizing the edges of graphene nanoribbons (GNR) plays a vital role to alter their
electronic properties. In present work, the effect of sp 2∕ sp 3 edge functionalization of …

Abstract The Field Effect Transistor (FET) characteristics has been observed from a single-
walled Adenine nanotube device using Density Functional Theory associated with Non …

Aiming at improving the flexibility of designing the phosphorene-based nanodevices, we
propose three kinds of Z-shaped phosphorene nanoribbons (ZPNRs), which are composed …