Semiconductor metal oxide (SMO) gas sensors have attracted considerable attention for
detecting environmental pollution, as well as the accidental leakage of flammable …

Rational manipulation of multimetal hybrid materials (HMs) with tunable substitution or
phases is evolving as an effective strategy to meet the controllable electromagnetic (EM) …

Metal‐organic framework (MOF) composites based on MOFs‐wrapped metals or metallic
compounds (denoted as M/MC@ MOFs) are an important class of materials that integrate …

Designing high-performance triethylamine gas sensors with the stable gas response and
low resistance variation in air under a wide relative humidity range is expected for human …

With the accelerating development of the hydrogen economy, more requirements are put
forward for the detection capability of portable hydrogen sensors. Though the fast and …

Abstract In this study, ZnO/In2O3-heterostructured nanosheets were prepared using a one-
step hydrothermal method. The effects of ZnO content on the gas-sensing performance were …

The high-selectivity and high-sensitivity determination of trace concentrations of toxic gases
is a major challenge when using semiconductor metal oxide (SMO) gas sensors in …

The development of metal oxide semiconductor gas sensor for low-temperature detection of
hazardous gases (eg., triethylamine, TEA) is highly desirable, but still challenging. Herein, a …

Abstract Sensors based on Pd/PdO@ ZnO-ZnO nanorods (NRs) were fabricated for
selective detection of triethylamine (TEA). ZnO NRs were obtained by simple hydrothermal …

Triethylamine (TEA) is a typical pollution in chemical industry and Corrupt markers of aquatic
products. TEA emissions have a serious impact on human health, industrial production and …