Nanostructured polymers, with different morphologies and different spatial organizations,
have found, in last few years, a wide range of uses in humidity sensors, as a viable …

In this paper, we report a new approach for humidity sensing. The sensor is based on
ordered macroporous silicon with a Ta2O5 thin film coating. The ordered macroporous …

In this study, carbon nanosheets and nanohoneycombs were synthesized on Si (100)
substrates using a hot filament physical vapor deposition technique under methane ambient …

We report the properties of a capacitance type thermally carbonized porous silicon (TC-PS)
humidity sensor at room temperature. Several constructions to use porous silicon as a …

In this work, a highly sensitive room-temperature hydrogen gas-sensor based on reduced
graphene oxide (rGO) and zinc oxide nanoparticles (ZnO NPs) nanohybrid structure is …

This paper presents the synthesis of gadolinium aluminate (GdAlO3), an oxide compound
with a perovskite structure, for applications as a capacitive and/or resistive humidity sensor …

In this paper, a new sensing device based on a FET structure having a PoSi layer as
sensing material, namely adsorption porous silicon-based FET (APSFET), is proposed. The …

Here, pure ZnO, WO3 and Pd/WO3–ZnO composite porous thin films were successfully
synthesized directly on porous silicon by a reactive DC magnetron sputtering technique. A …

In this paper a humidity sensor based on Photoluminescence (PL) response of porous
silicon (PS) to specific amounts of organic vapors of ethanol, n-hexane and trichloroethylene …

Efforts have been made by the researchers to enhance the sensitivity of a humidity sensor
by selecting and fabricating different nanostructures thin films and optimizing their pore …