Sentence examples for solid state gas from inspiring English sources

The use of zeolites to enhance the discriminating power of solid state gas sensors is demonstrated.

Deposition of metallic nanoelectrodes on the solid state gas sensors can influence the sensitivity of them [28, 29].

Advantages and disadvantages of one-electrode semiconductor gas sensors in comparison with pellistors and other solid state gas sensors are presented.

Among SnO2 solid state gas sensor devices, those employing thin film technology are the most promising in terms of gas sensing response [4], stability, sensitivity, and especially compatibility with the downscaling of the electronic devices [5, 6].

Such potentiometric solid-state gas sensors – were fabricated by screen-printing and tested for NO2 detection.

Reaction (6) summarizes the kinetic steps interconverting free gas and solid-state gas as symbolized by [Cx] and [Cn].

The single crystal X-ray structures and solid-state gas sorption properties of both materials are presented.

It was shown that while designing devices such as solid-state gas sensors, there are no secondary issues or tasks—all are important.

Tin dioxide (SnO2) plays a key role as one of the more representative sensing materials in solid-state gas sensors[7], presenting a significant surface reactivity with many important reducing (CO, NO) and oxidizing gases (O2, NO2)[8, 9].

Developing new solid-state gas sensors with improved properties carries with it an obvious close relationship between the sensing performance of the active materials and their surface chemical activity.

The analysis of various parameters of metal oxides and the search of criteria, which could be used during material selection for solid-state gas sensor applications, were the main objectives of this review.