A three-dimensional (3-D) structure is proposed in this article for ultra-wideband absorber
design. The ultrawideband absorber is implemented by properly combining two …

Metamaterials (MMs) have already achieved wide applications in academia and industry.
The traditional design approach for MMs highly relies on full-wave numerical simulations …

An electrically tunable metasurface that absorbs continuous electromagnetic (EM) surface
waves is proposed by taking advantage of varactor diodes embedded in the surface. On the …

This article presents a dual-polarized planar-printed ultrawideband antenna array on an
optimally sampled triangular (hexagonal) lattice. The design is based on the dual-polarized …

A novel design of electromagnetic wave absorber is presented with the characteristics of
broad bandwidth, low profile, and polarization independence to a normal incident …

This article proposes a new dual-polarization multiprobe arch measurement system with a 2–
18-GHz measurement frequency range. The basic principle of the arch measurement system …

When illuminated by high power microwaves, electronic devices are usually suffered from
energy that leaks inside through inevitable gaps or cracks on the metallic shells. To solve …

In this article, a novel approach for ultrawideband absorbers with angular stability is
proposed. The hierarchical impedance matching (HIM) method is employed to reversely …

A broadband printed thin-layer radio absorbing structure based on an array of coupled
dipole antennas has been developed and created. The resulting material can be used to …

Разработана и создана широкополосная печатная тонкослойная радиопоглощающая
структура на основе массива связанных дипольных антенн, изготовленных методом …