The discovery of harmful gases has grown increasingly significant regarding environmental
protection, safety, and industrial applications. Traditional gas sensors based on …

Gas sensors are essential for detecting toxic gases that can harm social life or industrial
production. Traditional metal oxide semiconductor (MOS)-based sensors suffer from …

Although semiconductor metal oxide-based sensors are promising for gas sensing, low-
power and room temperature operation (24±1° C) remains desirable for practical …

The growing concern on environmental issues has stimulated intensive research interest on
the gas sensors based on metal oxide semiconductor (MOS) due to their superiority in …

A simple hydrothermal method was adopted to synthesize rectangular block-shaped SnO 2
nanomaterials loaded with different amounts of Ag. The structural composition, morphology …

In this work, ZIF-8-derived Co3O4@ ZnO microspheres were prepared by a liquid-phase
concentration-controlled nucleation strategy. The results of the material characterization …

The present work deals with the study of the structural and sensing behavior of Sb2O3-
doped tin oxide thick film. Three kinds of sensors undoped SnO2, 5 wt% Sb2O3-SnO2, and …

Nitric oxide (NO) is one of the hazardous gases in air pollution, which is associated with
surface ozone pollution and acid rain and affects vital human organs. Even a lower NO …

Chemiresistive gas sensing by functional ceramics, like semiconductor metal oxides have
been so far explained in terms of parameters such as particle size, morphology …

For improving the sensitivity and selectivity of metal oxide semiconductor (MOS) materials to
CO, Co/Au bimetal modified SnO 2-In 2 O 3 nanocomposite was prepared to fabricate MOS …