Electronic and magnetic properties in Fe-based Fe1−xNix, Fe1−xCox, and Fe1−xVx films on W(1 1 0)

We investigate the correlation between the change of magnetic properties and structural transition for Fe-based alloy (Fe1−xNix, Fe1−xCox, and Fe1−xVx) films, which were grown on W(1 1 0) substrate. To clarify the correlation clearly among the electronic structure, magnetic properties, and structural transition as a function of alloy composition, we performed the spin-summed and resolved photoemission spectra (SSRPES) and low energy electron diffraction (LEED).