Electromagnetic wave absorption materials for megahertz (MHz) frequency range remains a
key core issue that the poor effective attenuation performance and impedance mismatch …

Ferromagnetic resonance (FMR) is one of the most important characteristics of soft magnetic
materials, which practically sets the maximum operation speed of these materials. There are …

In this work, the static and high frequency magnetic properties of (Co 90 Nb 10/Ta) n
multilayers have been investigated. The results show that the in-plane uniaxial magnetic …

Nitrogen doping has been proved an effective strategy to improve the microwave absorption
performance of graphene. However, the detailed investigations correlating the role of …

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 …

Generalized Snoek's law proposed in an integral form by Acher and coauthors is a useful
tool for investigation of high-frequency properties of magnetic materials. This integral law …

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 …

FeCoHf films with different Hf contents and thicknesses were deposited by composition-
gradient sputtering. The results showed that the stripe domain (SD) structure emerges when …

Independent control of the magnetic and electric properties of two-part and three-part ferrite
composites is demonstrated through variation of particle size and volume fraction of ferrite …

We focus on the ferromagnetic thin films and review progress in understanding the
magnetization dynamic of coherent precession, its application in seeking better high …