With the rapid progress of wireless communication technology, development of composites
with high dielectric constant (high-k) and low loss at gigahertz frequency calls for novel …

With the miniaturization and integration of electronic components in wireless communication
and wearable devices, the demand for low-cost flexible composites with temperature-stable …

A new tri-band rectangular DRA is simulated and tested for wireless communication
applications like ISM, Wi-Max, and WLAN. The dielectric resonator antenna structure is …

We synthesized BaTiO3–epoxy nanocomposites (particle size< 100 nm) with volume
fractions up to 25 vol.%, whose high-frequency complex permittivity was characterized from …

To achieve high deformation under a low electric field intensity is still a big challenge for the
dielectric elastomers (DE) potentially used in artificial electronic skin and artificial muscles …

Microstrip patch antennas (MPAs) are essential components in modern wireless
communication systems, and their design is significantly influenced by the properties of the …

The properties of dielectric material can be controlled either by combining new composite
materials or by altering the composition between the filler and matrix materials. This paper …

Traditional microwave and microelectronic technologies typically use metal components for
high efficiency, but their rigidity and susceptibility to corrosion limit their suitability for …

Dielectric characterization is very essential before the material can be utilized in designing
microwave networks. Circular cylindrical resonators have been widely used for material …

A five-slot hexagonal shape chipless RFID tag is designed, simulated, and manufactured on
FR4 substrate. The designed tag's copper geometry was replicated on a wide range of …