This paper presents a simultaneous shear and pressure displacement sensor based on the
microstrip patch antenna technology. The antenna sensor consists of a dual-frequency patch …

Composite substrates of linear low-density polyethylene with thermotropic liquid crystals as
inclusions with three different weight fractions were synthesized. The dielectric …

Modeling for a compact microwave antenna structure on base of a miniaturized rectangular
patch antenna with composite substrate and magnetic superstrates is made in this study by …

An effective solution is presented to address the issue of poor adhesion of metal to silicone
for the realization of flexible antennas for wearable applications. The low surface energy of …

This paper studies the dielectric performances of liquid silicone rubber (LSR) and LSR-SiO 2
nanocomposites, in connection with dynamic mechanical analysis (DMA) results on these …

The development for a microwave imaging system, better resolution and good penetration
depth are the most prominent constraints. To achieve these requirements, high gain antenna …

Microstrip antenna-sensor has received considerable interests in recent years due to its
simple configuration, compact size, and multi-modality sensitivity. Having a simple and …

An improved model is presented to study the effect of a superstrate on a resistive rectangular
microstrip antenna fed by a microstrip line and printed on anisotropic substrate. A new …

In principle, components of WBAN operate in proximity to a human body although WBAN
devices are typically wrist-worn to facilitate their accessibility and augment to the comfort of …