Power saving has been a central driving force for the development of new materials. In this
framework, soft magnetic composites appear as a feasible concept to be applied in strategic …

This comprehensive review explores the potential of radio frequency (RF) induction heating
in chemical reactions, explicitly focusing on magnetically induced catalysis using magnetic …

A magnetic material is considered “soft” when its coercive fieldstrength is of the order of or
lower than the earth's magnetic field (about 40 A/m). A soft magnetic material can be …

We investigated composites that have been prepared from FeSi powders covered with
MnZnFe 2 O 4 (MnZn ferrite), which was prepared by sol–gel synthesis accompanied with …

In this paper, the authors introduce a type of transverse flux reluctance machines. These
machines work without permanent magnets or electric rotor excitation and hold several …

The highway cycle is an important consideration in the EV's new European driving cycles
(NEDCs) range, as the steady-state efficiency improvement in such conditions can be …

Accurate calculation of iron losses in electric machines are essential for optimal machine
design. This is especially important for axial flux permanent magnet motors with solid stator …

The regulation mechanism of comprehensive soft magnetic properties for the Fe-based
amorphous powder cores with different granularity match schemes used in high-frequency …

This paper presents the core loss computation in a permanent magnet transverse flux motor
(TFM) with soft magnetic composite stator core and mild steel rotor yoke, in which the …

In this paper, Terfenol-D/epoxy particulate composites with low eddy current loss are
prepared using the particle phosphatizing treatment method. A compound phosphate …