Magnetoelectric (ME) composites of bulk structures show strong ME coupling performance,
and thus magnetoelectric bulk composites and their related devices have been attracting …

Low frequency (LF) communication systems offer significant potential in internet of things
(IoT) applications due to their low propagation loss and long transmission range. However …

A better understanding of magnetoelectric (ME) energy materials with superior properties
stimulates exploration of next generation of versatile energy devices with a high efficiency …

Magnetoelectric energy converters are specific energy converters that utilize the
magnetoelectric effect to generate an electric polarization response to an applied magnetic …

Magnetoelectric (ME) composites have posed an immense research interest over the past
few decades. Their multifunctional capabilities enable a wide array of applications like field …

To precisely position the main energy dissipation sources in ferrite/piezoelectric ME-coil
gyrators, the dynamic magneto-mechanical-electric conversion process was disentangled …

Abstract Effects of magnetic-elastic anisotropy on ferrite/lead zirconate titanate (PZT)/ferrite
magnetoelectric (ME) gyrators were investigated for power conversion efficiency further …

Tunability in magnetoelectric (ME) gyrators is of importance for realizing controllable energy-
efficient electronics. Here, we investigated a novel passive control method that exhibits a …

The relationships between four basic circuit variables—voltage (v), current (i), charge (q),
and magnetic flux (ϕ)—have defined three fundamental circuit elements: resistors …

The promising potential of Magneto-Electric (ME) composites in sensing and energy
harvesting applications has sparked significant interest in both experimental and theoretical …