We have reviewed the humidity sensors based on ceramic materials. We first discuss the
operating principle of ceramic humidity sensors. This is followed by a section on the …

Humidity is one of the most commonly measured physical quantities and is of great
importance in a wide variety. This paper reviews the transduction techniques of various state …

A fast, simple and reliable humidity sensor based on ion-doped SnO2 nanofibers has been
developed by screen-printing on ceramic substrates with Ag–Pd interdigital electrodes in …

A Love-wave device with graphene oxide (GO) as sensitive layer has been developed for
the detection of chemical warfare agent (CWA) simulants. Sensitive films were fabricated by …

Assessing the environmental impact of organic pollutants requires reliable analytical tools
that can rapidly screen them with minimal sample handling. Chemical sensors are expected …

The humidity sensitive characteristics of sensors fabricated from pure ZnO nanofibers and
LiCl-doped ZnO composite fibers by screen-printing on ceramic substrates with carbon …

ZnO nanotetrapods were prepared and studied for the humidity detection application. The
humidity sensors developed were featured by combination of a quartz crystal as a …

Hybrid fluorinated polyimide materials with different chromic responses to a particular event
in its environment have been achieved. The chromic materials were obtained by introducing …

Uncapped 8 nm average diameter ZnO QDs were successfully prepared by the sol–gel
method and studied for moisture detection application by QCM technique. The developed …

A nanoporous organic polymer based on triphenylamine was synthesized, and the structure
and morphology of the resultant polytriphenylamine (PTPA) were described by Fourier …