The glassy state is becoming an increasingly important subject of intellectual fascination,
fundamental research, and technology-oriented applications in a wide range of scientific …

Atomic packing of three Fe-based metallic glasses (MGs) has been studied by X-ray
diffraction and X-ray absorption fine structure, combining with reverse Monte Carlo (RMC) …

Crystallization of the amorphous phases into metastable crystals plays a fundamental role in
the formation of new matter, from geological to biological processes in nature to synthesis …

In this review, we summatize recent developments in nuclear magnetic resonance (NMR)
studies on (Fe-B)-based crystalline and amorphous alloys, focusing on the application of …

The authors present a summary of activities in the development of amorphous metals, the
development of amorphous core distribution transformer, and the future potential of …

Abstract The discovery of Au-Si and subsequent Pd-Si systems in glassy states had lead to
the formation of a number of stable amorphous magnetic materials. A brief history of this …

The band structures of the ferromagnetic compounds FeB, Fe 2 B, and Fe 3 B were
calculated using a spin-polarized version of the first-principles self-consistent …

This study delves into subtle changes in the microstructure and domain arrangement of a
Fe74B20Nb2Hf2Si2 soft magnetic amorphous alloy. Utilizing transmission electron …

Results of XRD and TEM studies of a metastable phase state in Fe73Ti5B19O3 and
Fe55Ti16B27O2 films, which is formed upon magnetron deposition under preset conditions …

The electronic structure of Fe 3 B in orthorhombic (o− F e 3 B) and body-centered tetragonal
(bct-Fe 3 B) structures are calculated using the spin-polarized linear muffin-tin orbitals …