Currently, the sensing mechanism of toluene remains controversial. The sensing action of
toluene is often attributed to adsorbed oxygen based on acknowledged Wolkenstein model …

Extraordinary behavior of semiconductor metal oxide-based gas sensors is broadly applied
in gas supervision, but they usually suffer from high operating temperature, gas cross …

Incorporation of high-valence cation into catalytic oxide (eg. Co 3 O 4) is favorable for
regulating the carrier concentration and creating more active centers for surface reaction …

As the chemical industry expands, the use of benzene, toluene, and xylene (collectively
known as BTX) in industrial production has increased greatly. Meanwhile, the toxic nature …

Abstract Xylene (C 8 H 10) is an aromatic volatile organic compound (VOC) with high toxicity
and carcinogenic nature. Resistance sensors are good choice for reliable detection of …

Although loading noble metal silver (Ag) is one of the strategies to improve the performance
of semiconductor metal oxide (SMO) sensors, traditional methods of synthesizing Ag …

Reasonably engineering the adsorption and excitation sites of oxygen and target gas
molecules for expected sensing properties of semiconductor metal oxides (SMO) is still …

Metal–organic frameworks (MOFs) have unique potential in the field of gas sensing due to
their ultra-high specific surface area and abundant mesoporous structure. In this paper, a …

Surface pore-size effect plays a crucial role in determining the gas-sensing ability of metal
oxides. However, it maintains a certain challenge to reveal the relationship between the …

This study reports a novel Ni (OH) 2/Co3O4 heterostructured nanomaterial synthesized
through a simple two-step hydrothermal method combined with subsequent heat treatment …