Abstract Design and modeling of geometric diodes can be really challenging as it requires a
rigorous quantum analysis at the nanoscale, accurate enough to capture the asymmetric …

Self-consistent charge density functional tight-binding (DFTB) calculations have been
performed to investigate the electrical properties and transport behavior of asymmetric …

We present here the fabrication at the wafer level and the electrical performance of two types
of graphene diodes: ballistic trapezoidal-shaped graphene diodes and lateral tunneling …

A self-consistent Monte Carlo/3-D Poisson simulator has been developed to analyze the
current asymmetry in graphene geometric diodes. The model couples ballistic transport in …

In this study, we introduce a novel concept of the transport properties of three proposed
geometric graphene diodes based on self-consistent charge density functional tight-binding …

In this paper we bring up our investigation on the properties of asymmetric scattering in
graphene made with the microcavity exciton-polaritons. It is shown by numerical simulations …

Graphene geometric diodes could provide rectification at terahertz frequencies and present
promising application in rectennas design for sensing and energy harvesting. This paper …

Ballistic graphene device modeling and design can be highly difficult since it requires a
comprehensive quantum analysis at the nanoscale that is accurate enough to capture …

Rectification has been one of the revolutionary topics in electronics and electromagnetics.
The emergence of rectification in acoustics can also lead to tremendous changes in …

یک‌سوسازی از جمله مباحث تحول‌آفرین در علم الکترونیک و پس از آن در علم الکترومغناطیس بوده
است. ظهور و بروز مبحث یک‌سوسازی در صوتیات نیز می‌تواند تحولات شگرفی را در کاربردهای …‎