Here, we present theory and measurements for a bridge rectifier formed from arrays of
graphene self-switching diodes (GSSDs). Despite graphene's lack of a bandgap and high …

In this paper, we have presented the transient analysis of an InGaAs based novel nano
diode called self-switching device utilizing Silvaco TCAD simulator. The device exhibits …

Abstract α-graphyne is a carbon nanosheet with sp and sp 2 hybridization. This sheet is a
hexagonal semi-metal like graphene. In this paper, we roll α-graphyne sheet and build …

The rectification behavior of the armchair SiC nanoribbons devices with the substitutional
aluminum (Al) and phosphorus (P) impurities are investigated using density functional …

Using electrolyte as the gate dielectric to form an electric double layer (EDL) is an effective
method to reduce the operating voltage of thin-film transistors (TFTs). Such TFTs are …

The first principles calculations based on self-consistent charge density functional tight-
binding have performed to investigate the electronic properties and rectification behavior of …

Based on the self-consistent charge density functional tight-binding method, the electrical
properties and rectification behavior of graphene self-switching nanodiodes with B and N …

The rectification behavior of two and three separated armchair graphene nanoribbons
(AGNRs) which one of them plays the role of channel and others play the role of side gates …

Investigation of SOI based self-switching diode (SSD) by numerical simulation for RF-DC
harvesting application is presented. The rectification performance of the SSD is based on …