In this review, we systematically reviewed the recent advances in the development of
ultrafine shape memory alloys with unique shape memory effects and superelastic behavior …

Fe‐based amorphous alloy coatings (Fe‐AACs) have exhibited appropriate corrosion and
wear resistance and improved the performance of material surfaces. This study summarizes …

Alloys of FeNiSiB soft magnetic materials containing variable Fe and Ni contents (wt.%)
have been produced by melt spinning method, a kind of rapid solidification technique. The …

Fe-based amorphous alloys have been found to be very efficient in the degradation of water
pollutants due to their unique atomic arrangements with long-range disordered structure. In …

The influence of alloying additions on the microstructure, mechanical, and magnetic
properties of bulk Fe 79 B 20 Cu 1, Fe 79 B 16 Ti 4 Cu 1, Fe 79 B 16 Mo 4 Cu 1 and Fe 79 B …

The amorphous precursor alloys for nanostructure with high B s always exhibit a low
impurity tolerance, inhibiting mass production. Here, we comparatively studied the FeBSiCu …

Metallic glasses have been considered as a precursor for developing nano-or ultrafine-
structured alloys based on its crystallization behavior at large undercooled liquid state …

Fe-based nanocrystalline FeSiBPCuC alloys (NANOMET®) with a combination of high
magnetic flux density, high permeability, and low iron loss have attracted much attention for …

Thanks to outstanding mechanical and chemical properties, metallic glasses have been
recently alluring for biomedical applications. However, inadequate knowledge of atomic …

This study demonstrates how multi-alloying the Fe-Si–B–P–Cu (Nanomet®) can avoid the
strict requirements on the annealing scheme in terms of high heating rate and narrow …