Toxic gases have surreptitiously influenced the health and environment of contemporary
society with their odorless/colorless characteristics. As a result, a pressing need for reliable …

With the escalating global awareness of air quality management, the need for continuous
and reliable monitoring of toxic gases by using low-power operating systems has become …

The growing demand for the integration of functionalities on a single device is peaking with
the rise of IoT. We are near to having multiple sensors in portable and wearable …

This paper presents the development of a double spiral micro-heater and its reliability
testing for gas sensing applications. The design and simulation of the micro-hotplate was …

The semiconductor metal oxide gas sensors are getting high attention owing to their high
sensitivities and fast responses. They require high temperature for the reaction with target …

Semiconducting metal oxide (SMO) gas sensors were designed, fabricated, and
characterized in terms of their sensing capability and the thermo-mechanical behavior of the …

In spite of the excellent thermal properties of nanowires, the typical form factor of unrefined
nanowires has restricted their potential use in developing ultralow power electrothermal …

A high-performance low-power micro hotplate (MHP) hydrogen sensor was fabricated
through electrohydrodynamic (EHD) inkjet printing technique. Electrospun Pd loaded SnO 2 …

In this paper, two kinds of suspended micro hotplate with novel shapes of multibeam
structure and reticular structure are designed. These designs have a reliable mechanical …

This paper presents a comparative study of titanium (Ti), platinum (Pt), and titanium nitride
(TiN) micro-electro mechanical systems based micro-heaters. In the present study, a …