A strong, oscillatory photon energy dependence is observed for the intensity of photoemission peaks due to quantum-well states in Na overlayers on Cu(111). The measurements are made at low photon energies (h
Electronic states of a thin layer of material on a surface possess unique physical and chemical prop...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
The photoemission cross-section of Shockley states of Cu(111) and Ag(111) surfaces is studied over a...
A strong oscillatory photon energy dependence, observed in the photon energy range between 5 and 26 ...
Photoelectron energy spectra reveal discrete valence-electron states in the range 0–220 meV above EF...
High-resolution photoemission (ΔE=5 meV) at a low photon energy (3.82 eV) is used to probe discrete ...
Angle-resolved photoemission spectra from Na adlayers on Al(111) reveal features which behave like q...
Extensive measurements have been made of the photoemission intensities recorded along the surface no...
Angle resolved photoelectron spectroscopy is used to investigate alkali metal overlayers on noble me...
Valence-electron resonances for Na overlayers on Ag(111) and Cu(111) are observed by photoemission v...
Normal-emission photoemission spectra from the quantum well state in a single monolayer of Ag on V(1...
Si(100) covered by Na and K has been studied with photoemission using low photon energies (h
Normal emission photoemission spectra from a single ordered monolayer of Ag on V(100) show a sharp a...
The photoemission cross section of quantum well states in very thin Cu films has been analyzed as a ...
The quantum wells formed by ultra-thin metallic films on appropriate metallic substrates provide a r...
Electronic states of a thin layer of material on a surface possess unique physical and chemical prop...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
The photoemission cross-section of Shockley states of Cu(111) and Ag(111) surfaces is studied over a...
A strong oscillatory photon energy dependence, observed in the photon energy range between 5 and 26 ...
Photoelectron energy spectra reveal discrete valence-electron states in the range 0–220 meV above EF...
High-resolution photoemission (ΔE=5 meV) at a low photon energy (3.82 eV) is used to probe discrete ...
Angle-resolved photoemission spectra from Na adlayers on Al(111) reveal features which behave like q...
Extensive measurements have been made of the photoemission intensities recorded along the surface no...
Angle resolved photoelectron spectroscopy is used to investigate alkali metal overlayers on noble me...
Valence-electron resonances for Na overlayers on Ag(111) and Cu(111) are observed by photoemission v...
Normal-emission photoemission spectra from the quantum well state in a single monolayer of Ag on V(1...
Si(100) covered by Na and K has been studied with photoemission using low photon energies (h
Normal emission photoemission spectra from a single ordered monolayer of Ag on V(100) show a sharp a...
The photoemission cross section of quantum well states in very thin Cu films has been analyzed as a ...
The quantum wells formed by ultra-thin metallic films on appropriate metallic substrates provide a r...
Electronic states of a thin layer of material on a surface possess unique physical and chemical prop...
A number of different metal layer structures have been examined using angle-resolved photoemission a...
The photoemission cross-section of Shockley states of Cu(111) and Ag(111) surfaces is studied over a...
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