Fe–Ga alloys (GalFeNOLs) are the focus of attention due to their enhanced magneto-elastic
properties, namely, magnetostriction in low saturation magnetic fields. In the last several …

The stress-induced reorientation of the low-symmetry defects due to substitution atom pairs
can give rise to an internal friction peak (Zener relaxation) and the first-nearest-neighbor …

Fe-Ga alloys exhibit unique functional properties such as magnetostriction that can be
varied from the highest positive values among iron-based alloys to negative values …

The structural, electronic and magnetic properties of Fe 100− x Ga x alloys are studied
computationally in the composition range up to x≤ 31.25 at.% and experimentally about 27 …

The internal friction (IF) phenomena were systematically studied in a temperature range from
room temperature (RT) to 800° C for Fe-(0− 30) at% Ga alloys annealed at 480° C for 14 …

Abstract Effect of microalloying by Tb on the microstructure, phase transitions, and functional
properties of the Fe-19Ga-xTb and Fe-27.4 Ga-xTb (where x= 0, 0.15, 0.3, 0.4, or 0.5 at.%) …

Phase transformations in an iron–gallium alloy have been analyzed by in situ real-time
neutron diffraction in the temperature range from 293 to 1223 K. Two compositionally …

The atomic structure of the high-temperature β-Fe 6 Ga 5 phase, formed in the Fe-45at.% Ga
alloy during rapid cooling from the melt, has been refined by X-ray, neutron diffraction …

Abstract Anelastic effects in Fe-(23–38) Ga binary and ternary alloys doped with rare-earth
(RE) elements, RE= Pr, Sm, Tb, Er, and Yb, are studied in a sub-resonance frequency …

In contrast to the disordered body-centered cubic (bcc) A2 phase, the ordered face-centered
cubic (fcc) L1 2 phase exhibits negative magnetostriction (λ) and has a high elastic modulus …