Recent studies of the atomic structure of the single-crystal silicon surface (both clean and
covered by adsorbates) that are performed by high-resolution core-level photoelectron …

We propose a structural model for the Si (111)-(5× 2)-Au reconstruction. The model
incorporates a revised experimental value of 0.6 monolayer for the coverage of gold atoms …

The surface structures of different Ca/Si (111) surfaces were studied by low-energy electron
diffraction (LEED) and high-resolution core-level photoelectron spectroscopy. Five different …

We report on the absolute measurement of In coverage on the Si (111) 4× 1-In surface using
medium-energy ion scattering, and present bias-dependent scanning tunneling microscopy …

Based on the results of scanning tunneling microscopy studies of the reconstructed Si
(5512)-2× 1 surface, its atomic structure has been found. It turns out that Si (5512)-2× 1 …

High-quality vicinal Si (111) surfaces are used as templates to create single domains of the
Si (111) 3× 1-Ca reconstruction which exhibit atomic chains parallel to Si steps. Scanning …

The surface structures of the Ba-induced 3× 1, 5× 1, and 2× 8 reconstructions on the Si (111)
surface were investigated by means of Si 2 p and Ba 4 d core-level photoemission and the …

The atomic structure of self-assembled quasi-one-dimensional Gd chains on Si (111) has
been investigated by low-energy electron diffraction and scanning tunneling microscopy …

The atomic arrangement of Si (111) 3× 1 and 3× 2 surfaces stabilized by adsorption of
divalent rare-earth metals (RE= ytterbium (Yb) and europium (Eu)) in the range of 0.1–0.33 …

We study the atomic structure of the Si (111) 3× 2− Ba surface using low-energy electron
diffraction (LEED), scanning tunneling microscopy (STM), and ab initio calculations. A 3× 2 …