Herein, we designed a memoristor-type gas sensor (gasistor) with Ag/ordered TiO 2
nanorods/FTO sandwich structure for recognizing ethanol concentration in ethanol-methanol …

Room-temperature chemiresistive sensors are valued for their low power consumption, ease
of operation, and real-time monitoring capabilities, making them highly advantageous for …

The performance of membrane electrode assemblies (MEAs) in direct methanol fuel cells
(DMFCs) can be greatly affected by ethanol as an impurity in methanol fuels. It is thus …

With significant advancements in drone technology, the use of drones for monitoring
atmospheric nitrogen dioxide (NO 2) gas has attracted considerable attention. Although …

Metal-oxide semiconductor gas sensors with capacitor-like Pt/TiO 2/Pt electrode
arrangement and very narrow (∼ 100 nm wide) top electrodes were shown to exhibit …

To avoid the threat caused by triethylamine (TEA), the development of gas sensors with high
sensitivity to TEA vapor is inevitable. However, the room temperature (RT) sensitivity and …

Volatile organic compounds (VOCs), often invisible but potentially harmful, are prevalent in
industrial and laboratory settings, posing health risks. Detecting VOCs in real-time with high …

Memristors, typically considered for their non-volatile resistive memory for high-density
memory designs, have shown very good sensitivity to various chemicals. As such, these …

It has been shown that passive chemiresistive thin film hydrogen gas sensors fabricated
using physical vapour deposited (PVD) sandwich of Pt/TiO 2/Pt can provide sufficient …