Add to ORKGStudy of local structure of binary surface with usage of ultra-thin film of cerium deposited on a Pd (111) single-crystal surface is presented. X-ray photoelectron spectroscopy and diffraction (XPS, XPD), angle resolved UV photoemission spectroscopy (ARUPS) and low energy electron diffraction (LEED) was used for our investigations. LEED and X-ray excited photoemission intensities results represent a surface-geometrical structure. As well, mapping of ultra-violet photoelectron intensities as a function of emission angles is used for a band mapping and an electronic structure determination
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
Photoelectron diffraction is the name given to the phenomenon resulting from the coherent interferen...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
We determine the atomic structure of the (111) surface of an epitaxial ceria film using low-energy e...
Surface crystallography plays the same fundamental role in surface science which bulk crystallograph...
One technique, photoelectron diffraction (PhD) is characterized. It has some promise in surmounting ...
The surface-surface interactions between a sample of palladium and a thin film of chromium grown on ...
Electrons emitted from the surface region of a photon-irradiated sample undergo scattering by atoms ...
Electrons emitted from the core levels of a photon-irradiated crystalline sample undergo scattering ...
Atomic and electronic structures of a Pd(111) single crystal and a polycrystalline Pd film have been...
One of the most powerful techniques available for surface structural analysis is low energy electron...
The structure of ultrathin films of Ni deposited at room temperature on the Pt(111) surface has been...
Photoelectron diffraction is the name given to the phenomenon resulting from the coherent interferen...
The work in this thesis involved assessments and applications of procedures used for determining sur...
The structural, thermal, chemisorptive, and electronic properties of Ce on Pt{111} are studied by ph...
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
Photoelectron diffraction is the name given to the phenomenon resulting from the coherent interferen...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...
We determine the atomic structure of the (111) surface of an epitaxial ceria film using low-energy e...
Surface crystallography plays the same fundamental role in surface science which bulk crystallograph...
One technique, photoelectron diffraction (PhD) is characterized. It has some promise in surmounting ...
The surface-surface interactions between a sample of palladium and a thin film of chromium grown on ...
Electrons emitted from the surface region of a photon-irradiated sample undergo scattering by atoms ...
Electrons emitted from the core levels of a photon-irradiated crystalline sample undergo scattering ...
Atomic and electronic structures of a Pd(111) single crystal and a polycrystalline Pd film have been...
One of the most powerful techniques available for surface structural analysis is low energy electron...
The structure of ultrathin films of Ni deposited at room temperature on the Pt(111) surface has been...
Photoelectron diffraction is the name given to the phenomenon resulting from the coherent interferen...
The work in this thesis involved assessments and applications of procedures used for determining sur...
The structural, thermal, chemisorptive, and electronic properties of Ce on Pt{111} are studied by ph...
The present thesis deals with preparation of structurally ordered thin-film compounds of the rare-ea...
Photoelectron diffraction is the name given to the phenomenon resulting from the coherent interferen...
X-ray diffraction is becoming an important tool in the measurements of surface structures. Single cr...