The surface and electronic engineering of the 2D SnS 2 have recently attracted substantial
courtesies in various applications due to the abundant active oxygen sites and high …

The demand for real-time detecting volatile organic compounds (VOCs) has contributed to
the rapid expansion of metal oxide semiconductor gas sensors. Among various metal …

Transition metal (TM) elements are often applied through doping to improve sensor
performance for the detection of toxic and hazardous gases. Elemental valence conversion …

Metal oxide-based gas sensors are widely studied and applied due to simple operation
principle, small size and high stability. However, numerous gas sensors based on metals …

Metal oxide based semiconductors play a vital role in the development of cost-effective gas
sensors. In this study, undoped and Mo-doped SnO 2 films were deposited using nebulizer …

Multimode sensors are required to enable detect of hazardous substances in different
media. A sensing platform based on metal organic frameworks (MOF) and its derivatives …

Nanocrystalline ZnO quantum dots (QD) with a diameter of 10 nm was synthesized and
tested toward eight different toxic industrial chemicals (ie, nitrogen dioxide (NO 2), hydrogen …

Abstract Flower-like In (OH) 3 was synthesized by a facile homogeneous precipitation
method and subsequently calcined at 300° C to prepare nanosheets assembled 3D flower …

A combination of the unique porous structure and physical and chemical properties of
anodic aluminum oxide (AAO) makes it widely used in cutting-edge areas of materials …

Thanks to the merits such as high specific surface areas, superior electronic conduction and
unique gas diffusion path derived from the nanoscales, the demand for detecting methanol …