The formation of the O/Cu(110)-(2 × 1) and H/Cu(110)-(1 × 2) superstructures has been investigated by a LEED beam profile analysis. The oxygen induced reconstruction proceeds at later stages by creation of holes on flat terraces. This could not be observed at the hydrogen induced missing row reconstruction. The formation of the missing row structure proceeds most probably via nucleation at steps and subsequent growth of (1 × 2) islands. The influence of different distributions of steps and islands on beam profiles is discussed
Adsorption of oxygen on Cu(110) at 4 K has been investigated by scanning tunneling microscopy. We ha...
Copper is a metal at the borderline between molecular and dissociative adsorption of water. Its wett...
Vicinal surfaces of Cu close to (100) are well-known to facet to (410) in the presence of chemisorbe...
The formation of the O/Cu(110)-(2 × 1) and H/Cu(110)-(1 × 2) superstructures has been investigated b...
High-index copper surfaces generally show a strong tendency to reconstruct, forming one- or even two...
The structure of the Cu(110)(2×3)–N phase has been investigated by parallel studies using 3‐keV Li+ ...
The work presented in this thesis includes investigations using low energy electron diffraction (LEE...
The work in this thesis includes LEED crystallographic studies with low-energy electron diffraction ...
Low-energy electron diffraction (LEED) has been used to investigate some structures formed by elect...
LEED fine structure features are due to an interference between the measured beam (usually the specu...
From an interplay between scanning tunneling microscopy, surface x-ray-diffraction experiments, and ...
During the past few decades, great advances in surface science have occurred. New experimental meth...
The structure of the Cu(110)(2 x 3)-N phase has been investigated by parallel studies using 3-keV Li...
The energetics and kinetics of the missing-row reconstruction (MRR) and missing-row island formation...
Room-temperature adsorption of oxygen on potassium- and cesium-precovered Cu(110) surfaces was studi...
Adsorption of oxygen on Cu(110) at 4 K has been investigated by scanning tunneling microscopy. We ha...
Copper is a metal at the borderline between molecular and dissociative adsorption of water. Its wett...
Vicinal surfaces of Cu close to (100) are well-known to facet to (410) in the presence of chemisorbe...
The formation of the O/Cu(110)-(2 × 1) and H/Cu(110)-(1 × 2) superstructures has been investigated b...
High-index copper surfaces generally show a strong tendency to reconstruct, forming one- or even two...
The structure of the Cu(110)(2×3)–N phase has been investigated by parallel studies using 3‐keV Li+ ...
The work presented in this thesis includes investigations using low energy electron diffraction (LEE...
The work in this thesis includes LEED crystallographic studies with low-energy electron diffraction ...
Low-energy electron diffraction (LEED) has been used to investigate some structures formed by elect...
LEED fine structure features are due to an interference between the measured beam (usually the specu...
From an interplay between scanning tunneling microscopy, surface x-ray-diffraction experiments, and ...
During the past few decades, great advances in surface science have occurred. New experimental meth...
The structure of the Cu(110)(2 x 3)-N phase has been investigated by parallel studies using 3-keV Li...
The energetics and kinetics of the missing-row reconstruction (MRR) and missing-row island formation...
Room-temperature adsorption of oxygen on potassium- and cesium-precovered Cu(110) surfaces was studi...
Adsorption of oxygen on Cu(110) at 4 K has been investigated by scanning tunneling microscopy. We ha...
Copper is a metal at the borderline between molecular and dissociative adsorption of water. Its wett...
Vicinal surfaces of Cu close to (100) are well-known to facet to (410) in the presence of chemisorbe...