High permeability iron PM materials for low frequency magnetic applications
Imminent changes in soft magnetic devices
Effect of thermal cycling on properties of soft magnetic iron-resin composites
Effect of resin content and iron powder particle size on properties of dielectromagnetics
Effect of material insulation and part geometry on AC magnetic performance of PM Soft magnetic composites
Effect of compaction temperature on magnetic properties of iron-resin composites
Effect of curing conditions on properties of iron-resin materials for low frequency AC magnetic applications
Effect of electrical resistivity on core losses in soft magnetic iron powder materials
The influence of electrical resistivity on core losses in iron powder compacts at low frequency (f < 1 kHz)
Developing a soft magnetic PM component used in wireless communication devices with high green strength lubricants
A specific lubricant system which yielded a sufficient green strength for compact handling and minized production cost
Development of an iron-resin composite material for soft magnetic applications
Discussion of the effect of the manufacturing technique (dry or wet mixing) and the use of a lubricant on the mechanical and AC magnetic properties at low and high frequencies.