We present a compact, magnetically dispersive engineered surface for resonant inductive
wireless power transfer (WPT) that significantly enhances the performance of an inductive …

In this paper, we present the design of spatial filtering magnetic metasurfaces to overcome
the efficiency decay arising in misaligned resonant inductive Wireless Power Transfer …

In this letter, we develop an accurate and effective analytical framework to arbitrarily
manipulate the frequency response of magnetic metasurfaces. In particular, we demonstrate …

In this article, we demonstrate the near electric field reduction ability of spiral resonators
arrays (SRAs) in resonant inductive wireless power transfer (WPT) applications. In particular …

In this paper, we present a novel low-frequency sensing solution based on the manipulation
of the near-field distribution by employing a passive holographic magnetic metasurface …

In this article, we introduce a novel array-based system for inductive wireless power transfer
(WPT) applications and a procedure for its design, which can be interpreted as a …

This paper presents an analytical approach to control the response of conformal magnetic
metasurfaces when excited by a near-field source. We first describe the general framework …

Aiming at the problem of lacking systematic research on the change rules of efficiency
characteristics over coil parameters toward magnetically coupled resonant wireless power …

In this contribution, we show that a properly designed Spiral Resonators Array (SRA) is
capable of reducing the electric field between the coils of a typical Wireless Power Transfer …

In the present work, the attention is drawn towards magnetic field applications for biomedical
devices, exploiting the radiofrequency (RF) range from 300 kHz to 300 MHz. In this range, a …