Measurements of the electrical properties of high-resistivity zinc oxide (ZnO) are strongly
influenced by the sample ambient. Temperature-dependent Hall-effect measurements were …

Chemical behavior of some gases, such as H 2 S, changes with presence of moisture.
Sensing of H 2 S by polyaniline (PANI) has been studied; the sensing characteristics …

With the growing need for high performance gas sensors, a variety of preparation methods
have been introduced and investigated. In the present contribution, the focus is on novel …

Highly stable, low temperature (27–175° C) alcohol (ethanol, methanol and 2-propanol)
sensing performance of a hydrothermally grown tetragonal TiO2 nanorod array, targeting the …

We present three different time-domain characterization techniques for resistive metal-oxide
gas sensors. They are based on electric resistance transients induced by small step …

For a comparative study of the gas sensing performance to dissolved volatile organic
compounds (VOCs), the SnO 2-powders have been prepared using two different fabrication …

The adsorption phenomenon is often described by means of a kinetic equation, in the form
proposed by Langmuir. From the statistical point of view, the analysis is done in terms of …

In the present study, a comparison of experimental and numerical models based on the
interaction of ammonia gas (NH3) with a nanostructured nickel ferrite (NiFe2O4) sensing …

We report the development of a multi sensor array integrated with four different layers of tin
oxide/additive combinations, which operates thermo-cyclically by triangular heater voltages …

We investigated the power-law responses in two types of tin dioxide (SnO 2) films: one made
from nanosized grains and another from from very large grains, both under dry air …