magnetic properties
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- Ultra-thin amorphous TbFeCo films with perpendicular magnetic anisotropy (PMA) are sputtered.
- The magnetic confinement of a hot plasma as investigated in fusion research is limited.
- Metallic magnetic multilayers have attracted considerable interest in basic as well as applied research during the last decade.
- Due to the requirement of magnetic properties of silicon steel sheets, producing high-precision size strips is the main aim of the cold rolling industry.
- The exploit of magnetic devices with high magnetoresistance is vital for the development of magnetic sensing and data storage technologies.
- Soft magnetic materials play a significant role in modern electrical and electronic equipment.
- Bonded NdFeB is a high performance composite magnetic materials which developed in recent years.
- The conventional magnetic recording has approached its physical limits.
- Crystallographically partly randomized materials with high magnetic anisotropy exhibit anisotropy and exchange fluctuations.
- The effect of minor loop size on the magnetic stiffness has not been paid attention to by most researchers in experimental and theoretical studies about the high temperature superconductor (HTS) magnetic levitation system.
- Ni-Co alloys and oxides have attracted considerable attention in diverse fields, such as magnetic materials, energy storage and environmental/energy producing catalysts.
- ɛ-Fe2O3 is a remarkable iron(III) oxide polymorph exhibiting a large room-temperature (RT) coercive field, coupled magnetoelectric properties, and millimeter-wave ferromagnetic resonance. Despite great application potential, its room-temperature ground magnetic state requires further study.
- Soft magnetic carbonyl iron (CI) particles for magnetorheological (MR) polishing encounter corrosion problems as a result of their oxidation, leading to unpredictable polishing results.
- The determination of the magnetic properties of molecular magnets in environments similar to those used in spintronic devices is fundamental for the development of applications.
- The progression of nanotechnology has resulted in the exploitation of very complex magnetic nanostructures with anomalous magnetic responses, which cannot be fully understood using hysteresis loop measurements.
- Electrical steel is a soft magnetic material widely used for generators, motors as well as transformers, and high permeability and low core loss by texture and microstruture optimization are essential for electrical steel production.
- Although deterioration of the magnetic characteristics of silicon steel due to shearing stress has been observed, the degree of deterioration has not previously been assessed quantitatively.
- Nanocomposite magnets (NCMs) consisting of hard and soft magnetic phases are expected to be instrumental in overcoming the current theoretical limit of magnet performance.