A unique combination of low hysteresis, moderate magnetostriction at low magnetic fields,
good tensile strength, machinability and recent progress in commercially viable methods of …

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 …

Nearly single-grain-oriented Fe–Ga thin sheets with a sharp Goss (011)[100] orientation
have been developed through rolling and annealing processes. Annealing of rolled samples …

Enhanced magnetostriction in FeGa-based alloys has been attributed to the tetragonal
modified-D0 3 nanoinclusions. However, the dependence of the magnetostricitive properties …

1.0 at.% B-doped Fe83Ga17 sheets 0.05 mm thick were successfully prepared. A sheet with
“cube texture” of {001}〈 100〉 was obtained in the rolled sheets. The temperature and …

New-generation magnetostrictive applications in micromanipulation instruments, torque
sensing, and transducers require materials that offer a combination of large magnetostriction …

Abstract Sharp {310}< 001> texture and enhanced magnetostriction were achieved in Fe–
Ga thin sheets by secondary recrystallization. The evolution of texture, inhibitor, and …

The in vitro biodegradable properties and cytocompatibility of Fe-Ga alloys including Fe 81
Ga 19,(Fe 81 Ga 19) 98 B 2 and (Fe 81 Ga 19) 99.5 (TaC) 0.5, and pure Fe were …

Giant magnetostriction is achieved in lightly Tb-doped Fe 83 Ga 17 melt-spun ribbons. The
average perpendicular magnetostriction λ⊥ is− 886 ppm along the melt-spun ribbon …

Decent magnetostriction of~ 255 ppm and giant tensile strain of~ 6.6% is obtained through
trace Tb addition and directional solidification method in (Fe 0.83 Ga 0.17) 100− x Tb x (x= 0 …