Ice accretion causes problems in vital industries and has been addressed over the past
decades with either passive or active de-icing systems. This work presents a smart, hybrid …

The current challenges faced by microwave planar sensors include their low sensitivity,
limited detection range, and difficulties in operating small devices. This study proposes a …

Ice and snow are a reality that a large percentage of the global population experiences on a
regular basis, with more than 31% of the Earth's landmass experiencing seasonal snow and …

Ice detection has developed into an integral part of aerospace and wind turbine sectors with
the aim of preventing hazards and component breakdown. This article presents an ice …

Organic electronics have offered an interdisciplinary solution for the development of modern
electronics that are flexible, affordable, easy to implement, and eco-friendly. This paper …

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

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

In the present study, the inkjet-printing (IJP) technique is used for the development of a
planar microwave sensor aimed at the dielectric characterization of biological samples. The …

In-flight ice accretion is an ongoing challenge for airplane safety as it disrupts the
aerodynamics of wings, increasing drag and decreasing lift. This work proposes a conformal …

An ice types recognition and ice thickness detection system was designed based on
capacitance and impedance double parameters. By studying the influence of electrode …