Graphene is a promising material for high-performance electronics owing to its exotic
electronic structure and high mobility. However, the lack of a band gap poses an obstacle to …

In this paper, a numerical study of quantum transport in a disordered four-terminal graphene
nanodevice (FTGN) are investigated based on the Landauer approach. The effects of …

Thermal nanoimprint lithography (NIL) has the advantage of high resolution and low cost,
however it requires a significant amount of processing time. Finite element analysis (FEA) …

This theoretical nanoscience work explore the empirical method of extracting experimental
radiation sensor data from published work and project the performance limit of the sensor in …

Symmetry of adsorption site is the key to control the graphene band gap. When the
adsorption sites change from mirror-symmetry adsorption (MSA) to mirror antisymmetric …

Nanoimprint lithography (NIL) can fabricate the complex nanostructures in a straightforward
manner. However, it is difficult to fully fill the stamp cavities with complex patterns. It is …