The development of high temperature gas sensors for industrial applications such as
combustion processes is essential to improve energy efficiency and reduce toxic emissions …

Solid electrolyte based sensors are well-suited for use at high-temperatures and are thus
promising candidates for measuring gas compositions in combustion environments. Oxygen …

A highly sensitive ascorbic acid (AA) sensor based on hierarchical nanotube structured
polyaniline (PANI)-halloysite nanotubes (HNTs) composites is reported. The PANI/HNTs …

This paper focuses on the gas sensing properties of the mixed-potential-type NO2 sensor
based on yttria stabilized zirconia (YSZ) and NiO electrode. The sensing performance of the …

The aim of the present study was the development of Nb-doped ITO thin films for carbon
monoxide (CO) sensing applications. The detection of CO is imperious because of its high …

This work reviews physicochemical models on the operation and the response of
potentiometric oxygen gas sensors based on ion‐conducting electrolytes. The aim for …

Sensing performance of mixed-potential gas sensors is highly dependent on the electrode
microstructure. To shed light on the true sensing behavior, very thin electrode with well …

In this study, we have investigated the thickness-dependent nitrogen dioxide (NO2) sensing
characteristics of a reactive-ion magnetron sputtered tungsten trioxide (WO3) film, followed …

Growths of the indium tin oxide (ITO) nanorod films have been demonstrated by ion-assisted
electron-beam evaporation with the glancing-angle deposition technique based on variation …

The sensing performance of the Zn–Sn–O and ZnCo2O4 oxide electrodes to carbon
monoxide and propane at 600° C was investigated. The planar-type mixed-potential sensor …