The adverse effects of NO 2 on the environment and human health promote the
development of high-performance gas sensors to address the need for monitoring. Two …

High-performance gas sensors have been developed to meet the demand for trace
detection of NO2, given the adverse effects of NO2 on the environment and human health …

Photocatalysis has emerged as a potential solution to mitigate the growing environmental
pollution and clean energy challenges. Thus, the acceleration of photoreactions in the …

Two‐dimensional (2D) transition metal dichalcogenides (TMDs) have garnered significant
attention in gas‐sensing applications due to their sensitive response to a wide range of gas …

Detecting trace-level nitrogen dioxide (NO2) in real time is critical due to its adverse impact
on human health and the environment. However, achieving a fast response, high sensitivity …

Lithium-ion batteries (LIBs) have become one of the most competitive energy storage
technologies. However, the “thermal runaway” of LIBs leads to serious safety issues. Early …

Room-temperature optoelectronic gas sensing presents a viable solution for efficient and
low-cost NO2 gas monitoring. Two-dimensional (2D) metal oxychalcogenides, induced by …

Layered anion‐mixed oxycompounds have emerged as pivotal materials across diverse
technological domains encompassing electronics, optics, sensing, catalysis, and energy …

Advanced gas sensors fabricated with nanoparticles and thin films of semiconductor metal
oxides have been widely used for the detection of toxic, hazardous, and combustible gases …

Metal oxysulfides are an emerging group of sensitive materials for high‐performance NO2
sensing owing to their room‐temperature operation capacity, excellent selectivity of NO2, the …