Owing to their low electromagnetic pollution, high flexibility, tunability, and environmentally
friendly properties, carbon-based EM functional materials are considered to be potential …

Abstract Poly (3, 4-ethylenedioxythiophene) polystyrene sulfonate (PEDOT: PSS) is a
promising NH 3 sensing material owing to its super high electrical conductivity, excellent …

Microwave communication devices necessitate elements with high electrical conductivity, a
property which was traditionally found in metals (eg, copper). However, in applications such …

Microwave resonant sensors are limited in their current form to a static resonant frequency,
which can lead to misidentification when two materials or mixtures with similar dielectric …

Materials with tunable infrared emissivity are scarce but significant for thermal camouflage.
In this study, the optical properties of the conjugated polymer PEDOT: PSS are investigated …

Temperature sensors are one of the most fundamental sensors and are found in industrial,
environmental, and biomedical applications. The traditional approach of reading the …

Conspectus In the realm of high-frequency sensing technology, the revolutionary integration
and modification of novel materials such as metal–organic frameworks (MOFs), graphene …

In this article, the experimental demonstration of a novel microwave gas sensor based on
graphene aerogel (GA) is presented. This device makes use of a highly porous structure of …

Miniaturization of microwave sensor nodes contributes to the development of portable
interconnected networks, expanding microwave sensors applications to distributed real-time …

The fusion of sensors with AI at the edge enables energy-efficient and real-time monitoring
and detection. However, very few hardware implementations of edge AI in microwave …