The growth and structure of Fe and Co thin films on single-crystal Cu (111), Cu (100), and
Cu (110) substrates have been investigated using x-ray-photoelectron and Auger electron …

We have studied the relaxation of some metal surfaces using a corrected effective-medium
(CEM) theory. CEM is a non-self-consistent, density-functional technique. The interaction …

A study of the growth of Fe on Cu {111} and on Cu {110} has been carried out with low-
energy electron diffraction (LEED) and Auger electron spectroscopy. We find that on Cu …

The room temperature growth of Fe on the Cu (110) surface was studied with helium
scattering, Auger electron spectroscopy and low energy electron diffraction. On the Cu (110) …

Ultrathin films of iron have been prepared on Cu (110) and the interaction with oxygen
studied with LEED and XPS. Chemical shifts of the Fe2p 3 2 XPS signal indicate that sub-to …

Using photoelectron diffraction in the scanned energy mode we have investigated the
structure of ultrathin iron films on Cu {110}. Up to a coverage of at least five monolayer …

Iron films, grown on Cu (110) surfaces, are very rough when prepared under normal growth
conditions. When Fe is deposited at room temperature, Stranski-Krastanov growth is …

In‐situ Brillouin light scattering has been used to study the magnetic anisotropy of thin Fe
(110) films grown by e‐beam evaporation on a Cu (110) single crystal. Structural analysis …

The surface crystallography of crystalline solids is reviewed and compiled as a sequence of
tables that allows the direct comparison of structural parameters of related structures. The …

The properties of metal thin films that make them useful are different than the properties of
interest in semiconductors. In semiconductors one usually takes advantage of the narrow …