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

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 …

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

Abstract In this work, the< 1 0 0> directional solidified feedstock slabs were used to produce
the rolled Fe–Ga sheets, and sharp Goss orientation was developed in the 0.3 mm sheets …

Abstract Alloys of Fe 82 Ga 18− x Al x (x= 0, 4.5, 6, 9, 12, 13.5) were prepared by directional
solidification technique and exhibited a< 001> preferred orientation along the axis of alloy …

Sharp Goss texture and excellent magnetostriction coefficient were successfully developed
in Fe–Ga alloy thin sheet by composite nano-sized inhibitor. Various primary …

Grain growth in Fe–Ga alloy is investigated to study the influence of NbC particles on grain
boundary pinning and the promotion of abnormal grain growth (AGG) during anneals. AGG …

Single Goss grains were globally grown in magnetostrictive Galfenol thin sheets via an
abnormal grain growth (AGG) process. The sample behaves like single crystal Galfenol …

Abstract Strong Goss texture ({1 1 0}< 0 0 1>) in Fe 81 Ga 19 thin sheet is successfully
produced by secondary recrystallization process based on the precise control of inhibitor …

Surface-energy-induced selective grain growth has been used to increase the presence of
preferred planes in polycrystalline ternary Fe–Ga based alloys and thereby maximize the …