This review article is devoted to studies of the structure and properties of Fe–Ga alloys that
serve as functional materials with high magnetostriction. Particular attention is paid to …

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 …

Magnetic characteristics of magnetostrictive materials at elevated frequencies largely
determine the performance and energy efficiency of devices based on them. The paper …

Improving the magnetostriction of Fe-Ga thin sheets can significantly promote the magneto-
mechanical conversion efficiency of Fe-Ga alloy devices at high-frequency magnetic fields …

The microstructure and, in particular, the modified-D0 3 (m-D0 3) nanoinclusions play an
important role in the magnetostriction of binary Fe 83 Ga 17 and Fe 83 Ga 17 Tb 0.2 alloys …

Stress has a strong impact on the magnetization and magnetostriction of magnetic materials
due to the magneto-elastic coupling. It offers a clue to understand the 2–5 times …

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 …

Large magneto-mechanical properties are attained for Fe 79.9 Al 20− x Tb 0.1 Ga x alloys
prepared by directional solidification (DS). We obtain high delta E (ΔE) effect of 9.1–13.4 …

Giant magnetostrictive materials (GMMs) have been widely used to fabricate transducers
with high-energy output because of their excellent properties. However, there are few …