The invention of bulk metallic glasses has stimulated extensive interest, due to their possible
technological applications in a variety of industrial fields and their scientific importance in …

The intention of the present study is to review and compare the effect of various well-studied
alloying elements on the microstructure and soft magnetic properties of the Fe-based …

For composition design of amorphous and nanocrystalline alloys, prediction of their
properties has been a long-sought goal. In this study, we reveal the quantitative relationship …

The magnetic microstructure and hysteresis properties of Fe 84.3 Cu 0.7 Si 4 B 8 P 3 soft
magnetic ribbons have been investigated by Kerr-microscopy, Kerr-magnetometry and …

Fe-based amorphous/nanocrystalline alloys exhibit excellent soft magnetic properties,
including high saturation magnetic flux density (B s), high permeability, low coercivity (H c) …

The effects of Si element on structural and magnetic properties of Fe-rich Fe 85.2 B 10− XP 4
Cu 0.8 Si X (x= 0–2.5 at.%) alloys were investigated. Our results show that addition of Si …

Fe-based alloys are an important soft magnetic material that plays a pivotal role in a variety
of energy-related industrial applications, such as electric transformers, motors and …

Controllable and fast heating profiles provide unique capabilities to realize enhanced soft
magnetic properties of amorphous and nanocrystalline materials in conventional …

We report a machine learning (ML) and Python assisted strategy to accelerate the design
and verification of Fe–based amorphous and nanocrystalline alloy with desired properties …

In this study, multicomponent synergistic effects were adopted to enhance the glass-forming
ability (GFA), processing window (PW), thermal stability, and soft magnetic properties …