The design and optimization of one-dimension (1D) magnetic material are of great
importance for the energy conversion, storage and spin electron devices, which remain a …

Magnetic nanoparticles have attracted much research interest in the past decades due to
their potential applications in microwave devices. Here, we adopted a novel technique to …

A ternary composite of hexagonal boron nitride nanoplates–graphene oxide–Fe3O4
microplates (h-BN–GO–Fe3O4) as a novel type of electromagnetic (EM) microwave …

Tunable zero-field ferromagnetic resonance frequency in wide range is very useful for the
application of microwave devices. We performed an investigation of the static and high …

Magnetic materials with significant permeability and high resonance frequency are a
challenge due to the Snoek limit, but it is possible to achieve breakthroughs by inducing …

Natural materials that maintain significant permeability at microwave frequencies are a
challenge due to the Snoek limit, but manipulation of matter-microwave interaction in …

RF/microwave soft magnetic films (SMFs) are key materials for miniaturization and
multifunctionalization of monolithic microwave integrated circuits (MMICs) and their …

The metallic magnetic thin films are widely used in high-frequency magnetic devices, the
reliability of which greatly depends on the saturation magnetization (M s) and resonance …

The Snoek limit hinders strong and wideband electromagnetic wave (EMW) absorption, and
to meet this challenge, it is essential to obtain an economical and scalable microstructural …

Engineering the magnetic behaviour of stacks of ferromagnetic and non-magnetic thin films
is mainly controlled by the anisotropy of individual layers plus the interlayer exchange …