The dew point is the temperature at which the air cools to saturation without changing its
water vapor content and pressure. It is considered to be the most accurate humidity …

Transition metal dichalcogenides (TMDCs) are promising materials for sensing applications,
due to their exceptional high performance in nano-electronics. Inherentely, the chemical and …

Dew condensation is ubiquitous but its consequences are mostly catastrophic for building,
crops, electrical devices, aviation industry, air conditioning and pharmaceuticals, therefore …

In this paper, we are proposing a novel rapid sol-gel thin-film porous metal-oxide-based
surface acoustic wave (SAW) humidity sensor. For the SAW sensor, the center frequency of …

Single transducer-based sensors have limitations of sensitivity and detection range. To
enhance the sensitivity and range of detection here, a multi-transducer-based sensing array …

Measurement of moisture at ppm or ppb level is very difficult and the fabrication of such
sensors at low cost is always challenging. High sensitivity is an important parameter for trace …

This work describes the development of a capacitive-type sensor created from nanoporous
anodic aluminium oxide (NP-AAO) prepared by the one-step anodization method conducted …

Behavior of water droplets at around 100% RH (relative humidity) was examined using
developed galvanic arrays with micro/nano gap. Experimental results showed that the …

A dew point (DP) sensor structure was proposed with active temperature control using the
thermally conductive electrodes on the quartz crystal microbalance (QCM). Two copper …

In this article, a microcontroller-based high-accuracy dew-point (DP) instrument using a
quartz crystal resonance (QCR) sensor is developed. The sensor is a symmetrical double …