The anomalous Nernst effect (ANE) converts heat flux perpendicular to the plane into
electricity, in sharp contrast with the Seebeck effect (SE), enabling mass production, large …

In this work we addressed a key challenge in realizing multiferroics-based reconfigurable
magnetic devices, which is the ability to switch between distinct collective magnetic states in …

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 …

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 …

We have investigated the magnetic behavior of Fe 1− x Ga x (15≤ x≤ 22 at.%) thin films
grown by electrodeposition. The samples exhibit a< 1 1 0> texture although a rather small …

This work focuses on the effect of film thickness on the microstructural and magnetic
properties of polycrystalline Fe 80 Ga 20 films of different thickness (20 nm≤ t≤ 200 nm) …

In this work, amorphous FeSiB and FeGaSiB thin films have been fabricated on silicon
substrates using a co-sputtering-evaporation deposition technique. The effect of adding …

Fe 83 Ga 17 (at.%) coatings with a thickness of 270-500 μm were prepared on 316L
stainless steel by high velocity oxy-fuel spraying technology. The coatings exhibited a …

Fe 81− x Co x Ga 19 (with x ranging from 0 to 19 at.% Co) films were made by the dc
magnetron sputtering method. We have studied the structural (phases, texturing, and grain …

We report on the evolution of phases, morphology and magnetic properties of DC
magnetron sputtered FeGa thin films with the different growth temperatures: room …