A compact composite right/left-handed (CRLH)-based dualband rectenna is proposed for
electromagnetic (EM) energy harvesting at the operating frequencies of Wi-Fi (2.5 GHz) and …

This letter presents a wideband metamaterial electromagnetic (EM) energy harvester with
high capture efficiency and wide incident angle. It is an array of novel resonators comprising …

This paper presents a metamaterial (MTM)-integrated high-gain rectenna for RF sensing
and energy harvesting applications that operates at 2.45 GHz, an industry, science …

This paper introduces a metamaterial energy harvester that is compact, highly efficient, and
capable of operating at wide angles. The proposed design has an outer ring resonator …

An electrically small rectenna was designed and tested at the global positioning system
(GPS) L1 frequency (1.5754 GHz). The metamaterial-inspired near-field resonant parasitic …

This article presents an improved wireless energy harvesting multiband rectifying antenna.
The proposed design is based on an original optimized bidirectional complimentary split …

We present the design of a near unity electromagnetic energy harvester using a tightly
coupled antenna (TCA) array. Compared with the unit cell of metamaterial surfaces used …

A high performance metamaterial device for electromagnetic energy harvesting is
presented. The unit cell of the metamaterial device consists of four identical omega ring …

A multilayered circularly polarized (CP), dual‐band, stacked slit‐/slotted‐patch antenna with
compact size and with compact rectifier is offered for RF energy harvesting systems. The …

In this work, we introduced the design, demonstration, and discussion of a wideband
metamaterial array with polarization-independent and wide-angle for harvesting ambient …