In recent years, the two-dimensional ZnO has been emerged as promising material for
thermoelectric applications due to its low-cost and non-toxic behavior. In this article, we …

Single-layered tin selenide that shares the same structure with phosphorene and possesses
intriguing optoelectronic properties has received great interest as a two-dimensional …

The main objective of this article is to deal with and establish a new type of transparent
conducting material by do** Gallium Nitride (GaN) with rare-earth RE (Gd, Sm) elements …

The development of non-toxic and low-cost two-dimensional materials has received
considerable interest for applications in cutting-edge technologies. In this study, we report …

Abstract Two-dimensional (2D) materials have received substantial interest in recycling
waste heat via the thermoelectric approach in recent years. In this article, we investigate the …

Abstract The Abu Qada Formation is a reference interval for the Cenomanian–Turonian
boundary event in the northeastern margin of Africa. In this paper, geochemical …

The high throughput thermoelectric devices are considered promising futuristic energy
source to control global warming and realize the dream of green energy and sustainable …

The atomically thin two-dimensional (2D) materials have received remarkable attention for
their promising applications in cutting-edge technological applications. In this article, we …

Alloying of the zinc oxide (ZnO) with sulfur (S) chalcogen reveals vivid modifications of its
electronic and optical properties driven by the dramatic restructuring of electronic structure …

This study proposes a novel low-frequency non-contact magnetically coupled piezoelectric
energy harvester for harvesting at sea wave energy. The water drift and Pendulum-shaped …