Add to ORKGWe develop a theory for the scattering of surface electron off a step edge on (111) surface of fcc noble metals. By using multiple scattering theory, the scattering off a step edge can be characterized by a phase shift. This phase shift cannot be determined completely with the STM image near a step edge (by itself). However, by putting several Fe adatoms (with known phase shift) near the step edge, we can extract the information of the step edges phase shift. We suggest this as an experiment to study the scattering properties of the step edge
This thesis leads to a new quantum mechanical method for investigating the localized electronic stat...
The multiple-scattering approach has been used to determine the electronic structure and orbital cha...
The scattering of helium atoms from growing metal. surfaces is dominated by the interaction between ...
The atomic structure of several surfaces has been investigated on the basis of the real space patter...
The past of surface structure determination with low-energy electron diffraction (LEED) will be brie...
We demonstrate that low energy ion scattering can be used to study the step-edge composition on vici...
The multilayer relaxation of the Pt(210) stepped and kinked surface is analyzed by low-energy-electr...
We demonstrate that low energy ion scattering can be used to study the step-edge composition on vici...
Surfaces cut in the (111) direction exhibit isolated surface states, as the conduction band does not...
Scanning tunneling spectroscopy (STS) reveals a distinct asymmetry in the scattering properties of a...
Quantum-mechanical multiple scattering theory of electron backscattering from crystalline materials ...
We report on surface scattering experiments of 75 keV N5+ ions interacting with a single-crystalline...
Core-level photoelectron diffraction (PD) [1-3] is much used to obtain structural information about ...
It is demonstrated that surface-sensitive electron diffraction measurements of steps on singular, bu...
Surface states of close-packed noble metals form an approximate two-dimensional electron gas whose m...
This thesis leads to a new quantum mechanical method for investigating the localized electronic stat...
The multiple-scattering approach has been used to determine the electronic structure and orbital cha...
The scattering of helium atoms from growing metal. surfaces is dominated by the interaction between ...
The atomic structure of several surfaces has been investigated on the basis of the real space patter...
The past of surface structure determination with low-energy electron diffraction (LEED) will be brie...
We demonstrate that low energy ion scattering can be used to study the step-edge composition on vici...
The multilayer relaxation of the Pt(210) stepped and kinked surface is analyzed by low-energy-electr...
We demonstrate that low energy ion scattering can be used to study the step-edge composition on vici...
Surfaces cut in the (111) direction exhibit isolated surface states, as the conduction band does not...
Scanning tunneling spectroscopy (STS) reveals a distinct asymmetry in the scattering properties of a...
Quantum-mechanical multiple scattering theory of electron backscattering from crystalline materials ...
We report on surface scattering experiments of 75 keV N5+ ions interacting with a single-crystalline...
Core-level photoelectron diffraction (PD) [1-3] is much used to obtain structural information about ...
It is demonstrated that surface-sensitive electron diffraction measurements of steps on singular, bu...
Surface states of close-packed noble metals form an approximate two-dimensional electron gas whose m...
This thesis leads to a new quantum mechanical method for investigating the localized electronic stat...
The multiple-scattering approach has been used to determine the electronic structure and orbital cha...
The scattering of helium atoms from growing metal. surfaces is dominated by the interaction between ...