We have determined the schematic phase diagram in detail with high reliability for Fe
silicides grown by solid phase epitaxy (SPE) on a Si (111) 7× 7 surface at wide Fe coverage …

We fabricated self-assembled one-dimensional α-FeSi 2 magnetic nano-stripes, using solid
phase epitaxy of∼ 1 monolayer Fe on vicinal Si (111) surfaces followed by a 550 C …

Ferromagnetic films evaporated at oblique incidence show invariably an uniaxial in-plane
magnetic anisotropy component with easy axis perpendicular to the incidence plane …

The growth and magnetic properties of thin Fe films deposited at room temperature on
ultrathin iron silicide seed layer epitaxially grown on Si (111) single crystal were investigated …

Electrical and optical properties of thin iron layers grown at room temperature on the
epitaxial silicide Si (111)-(2× 2)–Fe phase and on an Si (111) 7× 7 surface were investigated …

The magnetic anisotropy and magnetization reversal of single crystal Fe films with thickness
of 45 monolayer (ML) grown on Si (111) have been investigated by ferromagnetic …

Using scanning tunneling microscopy (STM), the early stages of the Cr/Si (111) interface
formation was studied. Two growth regimes, solid phase epitaxy and reactive deposition …

The growth of thin Fe films deposited at oblique incidence on an iron silicide template onto
Si (111) single crystal has been investigated as a function of Fe thickness (0< tFe⩽ 180 …

The solid state reaction of deposited Fe (four monolayers, ML) with vicinal Si (111) substrate
induced by subsequent thermal treatment has been studied using scanning tunnelling …

The growth processes and structures of Fe/Si (111) ultrathin films grown by solid-phase
reactive epitaxy were investigated by coaxial impact-collision ion scattering spectroscopy …