New energy resources applied in electricity generation have attracted great attention
nowadays, especially in the auto industry. Because of the high energy density and enduring …

Highly sensitive and reliable hydrogen detection is prerequisite for the large‐scale
implementation of green energy hydrogen. It remains a tough challenge to get a highly …

Hydrogen sulfide (H2S) detection is extremely necessary due to its hazardous nature. Thus,
the design of novel sensors to detect H2S gas at low temperatures is highly desirable. In this …

The emerging advancements in gas sensing technology present an ongoing challenge in
achieving the selective detection of hydrogen (and ammonia (NH gases while allowing for …

Here, a bicontinuous oxide heterostructure film based on zinc oxide (ZnO) and tin dioxide
(SnO 2) is proposed for effiecient photodetection applications. XRF reveals that mixed …

Hydrogen, owing to its clean and efficient combustion and abundance in the form of water,
has emerged as an important energy source for future needs. For safety, it is essential to …

The slight but cumulative influence of impurity gases in air poses a great threat to the long-
term stability of room-temperature gas sensors. Room-temperature hydrogen-sensitive Pt …

Abstract Self-assembled bicontinuous NiO: SnO 2 films are proposed for enhanced
photoelectrochemical hydrogen production efficiency due to their high interface-to-volume …

Porous nanocomposites using two (tin dioxide–silica dioxide) and three (tin dioxide–indium
oxide-silica dioxide)-component systems for gas sensors were created with the sol–gel …

Due to their superior properties, two-dimensional (2D) nanomaterial materials have become
increasingly popular for enhancing SnO 2 thin films. In the paper, a thermionic vacuum arc …