The underlying relation between the magnetostriction (3/2) λ100 and Ga concentration for
Fe–Ga alloys is an open question. This work presents a systematic structural study of the …

Enhanced magnetostriction in iron-rich Fe–Ga alloys has been attributed to a
heterogeneous nanostructure with tetragonal inclusions, although direct experimental …

Polycrystalline Fe100− xGax (19⩽ x⩽ 23) films were grown on Si (100) substrates at
different partial pressures of sputtering gas ranging from 3 to 7μbar. Microstructural …

Transmission synchrotron diffraction was employed to characterize the Ga ordering in
magnetostrictive Fe 100− x Ga x alloys with Ga concentrations from 0 to 20.3 at.%. The …

Focused ion beam (FIB) milling has evolved to be one of the most important Transmission
Electron Microscope (TEM) site specific sample preparation techniques. However, this …

The microstructure and magnetostrictive properties of Arc melted Fe 100-x-Ga x alloys (x=
20, 25) were studied. The results of the X-Ray Diffraction study confirm the presence of the …

Fe–Ga alloys show an unusually large increase in magnetostriction compared to pure Fe
and are one of the most interesting Fe-based alloys for this reason. However, the origin of …

This paper reports results from a comprehensive study of Fe–Ga films fabricated over a wide
range of growth conditions. Polycrystalline Fe100− xGax films (14⩽ x⩽ 32) were deposited …

Publisher Summary The study of Fe–Ga and related alloys is an active frontier research
effort. This chapter provides some insightful understanding of the large magnetostriction …

Due to its high magnetostriction and good mechanical properties Fe 80 Ga 20 is interesting
for magnetostrictive microactuators and sensors. Here we use electrodeposition to grow Fe …