In this paper, for the first time, ethanol gas sensing ability of different molar ratios of PbS (x)
to SnS 2 (y)(in form of x: y) based sensor were evaluated to find out the optimized sample …

Graphene is a monolayer of carbon atoms which shows many exceptional electronic and
sensing properties, making it a very promising material for sensing applications. In this …

This study concentrates on the CO2 capture ability of 2D MoSe2 monolayer by first principle
calculations. CO2 capture is important to study the reduction of CO2 to hydrogen (green …

We present the results of an investigation of the optical characteristics of pristine and CO2-
adsorbed MoSe2 monolayers with (without) an external electric field. The optical parameters …

In this paper, a theoretical mechanism for oxygen adsorption on small-size cobalt oxide
clusters is investigated. For this purpose, we employed dispersion-corrected density …

Red mud is a red-coloured, mud-like solid waste discharged from the industrial aluminium
production process, which has a high output and is a pollutant. It exhibits a small particle …

Early cancer diagnosis strongly relies on finding appropriate materials for the detection of
respected biomarkers. For the first time, we have theoretically investigated the capability of …

Traditional resistive semiconductor gas sensors suffer from high operating temperature and
poor selectivity. Herein, a highly selective NO2 sensor based on PbS quantum dots …

Cancrinite is the key substance that affects the adsorption effect of phosphate from red mud
(RM). Therefore, cancrinite in RM was modified to improve its adsorption performance …

For studying the electronic structure of solids consisting of heavy atoms, the Dirac–Kohn–
Sham equation is considered in the presence of the Mathieu potential. The two-component …