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 …

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 …

All ferromagnetic materials show deterioration of magnetism-related properties such as
magnetization and magnetostriction with increasing temperature, as the result of gradual …

Neutron diffraction technique was applied to study phase transitions in Fe-27 at.% Ga alloys
at instant heating and subsequent cooling in the 20–980° C temperature range. The …

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 …

Coiled carbon nanotubes (CCNTs) were coated by CoFe 2 O 4 (CFO) nanoparticles to form
the CCNTs/CFO composites. The phase composition, morphology, electrical and magnetic …

Frequency, amplitude, and temperature dependent effects of anelasticity in Fe–Ga and Fe–
Ga–Al alloys are studied by mechanical spectroscopy techniques using forced bending and …

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 …

Abstract Anelasticity of Fe-(16− 21) at% Ga-RE (rare earth RE= La, Tb, Dy, Er, Yb elements)
alloys at room and elevated temperatures is studied in a sub-resonance mechanical …

Influence of microalloying by Tb on structure and some properties of Fe-19% Ga and Fe-
27% Ga type alloys is studied. 0.1% Tb increases magnetostriction of water quenched Fe …