Abstract
? 2022 Elsevier B.V.Magnetic assisted jet electrodeposition was used to prepare NiCoP alloy thin films efficiently and rapidly, in comparison with the films prepared using traditional jet electrodeposition. The surface morphology, crystal structure, magnetic properties, film adhesion, and corrosion resistance of the NiCoP alloy films were studied. The experimental results show that the magnetic assisted jet electrodeposition effectively changed the microstructure and properties of NiCoP alloy films. Magnetic assisted jet electrodeposition inhibited the growth of pores and nodules on the surface of the film, and the adhesion between the film and the substrate was enhanced. Furthermore, magnetic assisted jet electrodeposition accelerated the refinement of nanocrystallines embedded in amorphous phase of the films, which results in an obvious increase of the saturation magnetization to 201.43 emu/g. Magnetic assisted jet electrodeposition can improve the comprehensive performance of NiCoP alloy thin films, which is expected to be used in modern magnetic materials development.
NSTL
Elsevier