The alarming growth in air pollution has drawn more attention to gas sensing technologies.
As a result, the fabrication of highly sensitive and selective gas sensors has become a hot …

Highly sensitive and selective gas sensors with low energy consumption and amenable to
miniaturization are required for real-time gas monitoring applications. The challenge is to …

Nitrogen dioxide (NO 2) is one of the most hazardous toxic pollutants to human health and
the environment. However, deficiencies of low sensitivity and poor selectivity at room …

We report an eco-friendly, in-situ, and one-step synthesis of ZnO-Co 3 O 4 core-shell
heterostructure (ZC-CSH) using the hydrothermal process as a transcendent nanomaterial …

The persistent challenge of poor recovery characteristics of NO2 sensors operated at room
temperature remains significant. However, the development of In2O3-based gas sensing …

Develo** efficient electrode materials for detecting 4-nitrochlorobenzene (4-NCB) is
highly desirable for living organisms and environmental safety. Herein, we designed a …

The development of NO 2 gas sensors with lower operating temperature and good thermal
stability is always a challenge to solve. In this work, 2D loose porous ZnO/GaN …

Complex gas environments and the demand for room temperature detection will provide
challenges for chemo-resistive-type gas sensors in a variety of applications. In this work …

Abstract A hierarchical Bi 2 WO 6/BiFeWO 6 architectures were synthesized by a facile and
low-cost hydrothermal approach using Bi 2 WO 6 flower structure as an efficient backbone …

Metal sulfide-based gas sensors have the advantage of high sensitivity at room temperature,
enabling high integration and low power consumption. However, a trade-off between low …