An S-/K-band metasurface-based antenna with a shared aperture is proposed for 5G
applications. The metasurface is designed with the dual-band characteristics for two …

In this communication, a dual-band shared aperture antenna is presented. The proposed
antenna achieves dual-band operation by housing both a low-frequency patch antenna …

In this article, we theoretically and experimentally demonstrate a single-layered spin-
decoupled metasurface and its application to a dual-circularly polarized reflector antenna. A …

Digital coding metasurface is aimed at building up a bridge between physics and
information science. Higher information capacity of the digital coding metasurface means …

In this letter, X/Ku dual-band single-layer reflectarray antenna is presented. The proposed
reflectarray antenna operates in two separated bands with separate feeds. The reflectarray …

This communication proposes a novel unit cell for the design of dual-band dual-circularly
polarized reflectarrays for space communications. The main advantage of the proposed cell …

This communication proposes a low-profile dual-band circularly polarized (CP) antenna for
satellite communication at K-and Ka-bands. The antenna consists of a folded transmitarray …

A broadband double‐layer transmissive metasurface (TMS) for effective generate vortex
electromagnetic wave is presented in this paper. The proposed TMS consists of two types of …

A synthesized strategy for achieving polarization-insensitive metalens is proposed by
imposing identical parabolic phase patterns individually on two decoupled left-handed (spin …

In this paper, a dual-band antenna at 4.5 GHz and 25 GHz is presented. The antenna is a
low-frequency phased patch antenna array combined with a high-frequency transmitarray …