… Finally, we study the effects of the electric field on the carrier velocity and distribution. …
graphane and graphene fluoride with the other gapped 2D materials that have been studied so far, …

… novel band-to-band tunneling junctionless carbon nanotube field-effect transistor, endowed
with a lightly doped pocket underneath the coaxial gate, is computationally … ) and graphene …

… , new band-to-band tunneling (BTBT) junctionless (JL) graphene … ’ knowledge, this is the
first computational study on sub-10-nm … The computational investigation includes the transfer …

… energy efficiency of the electronic circuits, tunneling field effect … on-current is of the band to
band tunneling (BTBT) type. Because … Graphene and graphene nanoribbons have unique and …

… In this study, we conducted a computational investigation of the role of the underlap structure
in boosting the performance of sub-10-nm DG BTBT nin GNRFETs. Quantum simulations …

… An alternative approach is to investigate novel carrier injection … the theoretical concepts
on band-to-band tunneling (BTBT) … With the isolation of monolayer graphene from graphite in …

… the drain-source reverse tunneling. Low band-gap material viz. graphene is used as nano-…
This expands the tunneling window, where band-to-band tunneling (B2B) is considered to …

… SiC has gained significant attention for its exceptional properties among group III–V elements
(such as Al, Si, Ge, etc.) in device applications. SiC possesses a graphene-like structure, …

… beneficial to improve the tunneling probabilities. The band-to-band tunneling is the fundamen…
symmetry of planar hexagonal honeycomb (like that in graphene) to D2h. Therefore, their …

… TFET has based on band-to-band tunneling. In these transistors, the tunneling rate is not …
and the channel (the layer can enhance the electric field by space-charge effect), increasing of …