Based on first-principles calculations, the stacking, electronic and optical properties of
GeC/β-AsP heterostructure have been explored. It is found that the GeC/β-AsP …

The recent discovery of a novel hexagonal phase of GeSe (γ-GeSe) has triggered great
interest in nanoelectronics applications owing to the electrical conductivity of its bulk phase …

It has been shown that adopting two-dimensional (2D) semiconductors as photocatalyst for
water splitting can be a promising way to achieve green and clean energy. We investigate …

The emerging two-dimensional (2D) semiconductors hold a promising prospect for
sustaining Moore's law benefitting from the excellent device electrostatics with narrowed …

Pursuing low contact resistance is crucial for ameliorating performances of short-channel
Schottky barrier field effect transistors (SBFETs). We have studied the electrical contact …

As an effective means to adjust the properties of 2D materials, type‐II van der Waals (vdW)
heterostructures have been under extensive research due to their significantly reduced …

A promising novel class of heterostructures has recently emerged, combining a
semiconducting GaS monolayer with other 2D materials for energy-related applications. In …

Recently, searching for a metal–semiconductor junction (MSJ) that exhibits low-contact
resistance has received tremendous consideration, as they are essential components in …

In this work, we investigate systematically the electronic properties and tunable contact
behavior of the graphene/γ-GeSe heterostructure under applied electric fields and out-of …

Exploring proper electrodes with low-resistance contacts is vital for promoting the
performance of nanoelectronics. We have screened 35 kinds of metallic monolayer (ML) …