The unique electronic properties of semiconductor nanowires, in particular silicon nanowires
(SiNWs), are attractive for the label-free, real-time, and sensitive detection of various gases …

An emerging subfield of chemical and bioanalytical analysis involving the development of
sensors based upon onedimensional (1D) conductors was supercharged in 2000 by Dai …

Rapidly conductometric detection of widely used n-butanol vapor has been really desirable
owing to its inflammable and explosive hazards. To this end, porous ZnO hierarchical …

Volatile organic compounds (VOCs) pose a significant threat to human health, and it is
essential to develop advanced VOC gas sensors by understanding the mechanisms. Metal …

Highly sensitive and selective gas and volatile organic compound (VOC) sensor platforms
with fast response and recovery kinetics are in high demand for environmental health …

The perpetual need for high-performance volatile organic compound (VOC) sensors
remains prevalent across diverse sectors including environmental health monitoring …

Developing high performance hydrogen (H 2) sensors is of utmost importance to facilitate
the safe usage of H 2 as the alternative source of clean and renewable energy. We present …

Among various approaches to improve the sensing performance of metal oxide, the metal-
doped method is perceived as effective, and has received great attention and is widely …

Rapid detection of long-chain alcohol vapors with high energy is highly desirable owing to
their inflammable and explosive properties. However, chemoresistive sensors based on …

It is of great practical significance to develop portable and conductometric sensors for
detecting flammable and explosive high-energy n-pentanol vapor. In view of the very few …