Hexaferrites with high permeability and low magnetic loss have been attracting great
attention from both academic and industrial communities as promising high-frequency …

M-type strontium (SrM) hexaferrites exhibiting large magnetocrystalline anisotropy, high
saturation magnetization and coercivity, and narrow ferrimagnetic resonance (FMR) …

With the urgent need for high-power low-loss microwave systems, next-generation wireless
communications call for high-performance yttrium iron garnet with narrow ferrimagnetic …

Traditional circulators utilize ferrites with low magnetocrystalline anisotropy driven by
external magnetic bias fields. Hexagonal ferrites with a strong uniaxial anisotropy enable …

Both particle size and processing conditions can affect the magnetic properties of ferrite
materials. In this work, the two-step hot-press procedures (hot-press magnetic orientation …

A high remanence ratio of hexagonal barium ferrite film is urgently needed for self-biased
microwave devices. In this work, the aluminum-substituted hexagonal barium ferrite films …

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 …

With the increasing power density of the switched mode power supply (SMPS) developed
nowadays, higher efficiency is required from the magnetic core, where the MnZn ferrites are …

Manganese-zinc (MnZn) ferrites play an indispensable role in energy transform and
harvesting. It is notable to mention that the combined enhancement of initial permeability (μ …

In this study, a Co2O3 addition from 0.28 to 0.44 wt% is added to the MnZn ferrites. The
effects of Co2O3 on the soft magnetic properties and loss performance of the MnZn ferrites …