Monitoring and detecting carbon monoxide (CO) are critical because this gas is toxic and
harmful to the ecosystem. In this respect, designing high-performance gas sensors for CO …

A resonant microcantilever sensor is fabricated from a zinc oxide (ZnO) thin film, which
serves as both the structural and sensing layers. An open-air spatial atomic layer deposition …

Driving a micro and nanomechanical structure to resonance and observing its resonant
motion in the physical world have led to numerous fundamental discoveries in physics …

Tracing the chemical composition of the surrounding environment appeals to the design of
highly sensitive and selective gas sensors. Primarily driven by IoT, miniaturized multisensor …

Detecting methane (CH4) at room temperature through adsorption-based sensing poses a
challenge due to its inert properties. In this study, we enhance both the sensitivity and …

Developing efficient detectors for noxious carbon monoxide (CO) in the environment and
separating CO from other gases for converting concentrated CO to energy sources with …

Developed high precision protocols of synthesis and printing of materials doped at a level of
a few atomic percent serve as a prerequisite to addressing the problem of discreteness of …

Surface plasmon resonance (SPR) has been extensively used as a diagnostic tool for virus
and bacteria detection (biosensors). This research detected dengue virus (DENV) using a …

The anisotropic etching release of a silicon microcantilever structure becomes challenging
when it has embedded metal layers. We integrated the anisotropic wet silicon etching and …

A highly sensitive (at the picogram order) Al-doped-ZnO nanorods (AZNRs)-coated resonant
microcantilever (MC) for carbon monoxide (CO) gas sensing, operable at ambient …