Ultra–rapid annealing (URA) utilizing pair of pre-heated massive Cu blocks has been
recently shown to be a useful tool to obtain Fe-(Co)-B based nanocrystalline alloys with …

Fe-rich amorphous alloys with FeCo contents above 85 at% were formed by partial
replacement of Fe by Co in Fe-Si-BP alloy system. The resulting alloys exhibit good soft …

The magnetization measurements for an Fe 83.3 Si 4.2 B 12.5 amorphous alloy were carried
out to investigate the magnetic field effect on the crystallization kinetics. From the isochronal …

In this study we present evolution of the soft magnetic behavior in nanocrystalline (Fe 64 Co
21 B 15) 99 Cu 1 high-B s alloy after long-term exposure to elevated temperatures (200 and …

Thermal processing of materials in an external magnetic field is employed in order to
produce a controllable uniaxial anisotropy in the series of soft magnetic Fe-based alloys. Of …

The relax-type magnetometers have been the object of development at the Department of
Aviation Technical Studies of the Faculty of Aeronautics over many decades. During this …

Rapidly quenched Fe 85 B 15 and Fe 64 Co 21 B 15 with addition of 1 at.% Cu have been
prepared by planar flow casting. Selected magnetic properties were measured in as-cast …

Microstructure control is one of the most important research themes in materials science. It
plays an important role in tuning the characteristics of materials, such as their mechanical …

The dominating trend in the reduction of dimensions, power consumption and cost of
sensors in conjunction with the requirement of their precision and dynamics improvement …

An important indicator of scientific and applied research quality is its innovative results'
application in the industrial practice. The way from the basic research to a specific …