Our demand for ubiquitous and reliable gas detection is spurring the design of intelligent
and enabling gas sensors for the next-generation Internet of Things and Artificial …

Investigations into the mechanisms governing the behavior of metal oxide gas sensors
continue to be of great interest. Oxygen vacancies are a ubiquitous defect in this class of …

Metal oxide gas sensors have long faced the challenge of low response and poor selectivity,
especially at room temperature (RT). Herein, a synergistic effect of electron scattering and …

Surmounting the inhomogeniety issue of gas sensors and realizing their reproducible ppb‐
level gas sensing are highly desirable for widespread deployments of sensors to build …

Metal-oxide-semiconductor (MOS) based gas sensors have been considered a promising
candidate for gas detection over the past few years. However, the sensing properties of MOS …

Metal oxides possess exceptional potential as base materials in emerging technologies. In
recent times, significant amount of research works is carried out on these materials to assess …

Hydrogen sulfide (H 2 S) emission from industrial fields and bacteria decomposing of sulfur-
containing organic matter poses a significant impact on human health and atmospheric …

Introducing oxygen vacancies and surface site activation is an effective method to enhance
metal oxide gas sensing. However, the regulation of oxygen vacancy concentration within …

Although defect engineering opens up new opportunities in the field of gas sensors, the
introduction of defects to enhance the gas sensing properties of metal oxide semiconductors …

Unique porous ZnO polygonal nanoflakes were synthesized by the microwave hydrothermal
method. The structural properties of the products were investigated by using X-ray …