Collective surface excitations in alkali-metal overlayers are observed using photoyield spectroscopy. Spectra for Na and K on Al(111) reveal a multipole surface plasmon and bulklike overlayer plasmon. In contrast, Li on Al exhibits only the multipole mode. In the submonolayer regime, all three alkali metals provide evidence for the threshold excitation. Time-dependent density-functional calculations for realistic alkali-metal overlayers agree well with these observations
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
We present a systematic time-resolved two-photon photoemission study of the electronic and dynamical...
We report x-ray photoelectron spectroscopy (XPS) study of Na and K adlayers on icosahedral Al70.5Pd2...
Collective surface excitations in alkali-metal overlayers are observed using photoyield spectroscopy...
The photon-excited multipole plasmon and the bulklike plasmon modes have been studied in Na/Al(111) ...
Photons are an alternative probe to electrons or ions for the detection of surface and interface col...
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...
The use of angle- and energy-resolved photoyield experiments for the study of collective excitations...
Alkali-metal-induced satellite peaks associated with the K 3p and Al 2p core levels have been measur...
Photoyield and electron-energy-loss measurements were combined to elucidate the nature of the collec...
Collective electron excitations on a free-electron-like metal surface like Al have been studied by X...
We investigate the influence of modifications of the surface charge-density profile on photon-excite...
Using angle- and energy-resolved photoyield spectroscopy, we investigate the properties of the multi...
We report measurements of the coverage-dependent electronic and structural properties of submonolaye...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
We present a systematic time-resolved two-photon photoemission study of the electronic and dynamical...
We report x-ray photoelectron spectroscopy (XPS) study of Na and K adlayers on icosahedral Al70.5Pd2...
Collective surface excitations in alkali-metal overlayers are observed using photoyield spectroscopy...
The photon-excited multipole plasmon and the bulklike plasmon modes have been studied in Na/Al(111) ...
Photons are an alternative probe to electrons or ions for the detection of surface and interface col...
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...
The use of angle- and energy-resolved photoyield experiments for the study of collective excitations...
Alkali-metal-induced satellite peaks associated with the K 3p and Al 2p core levels have been measur...
Photoyield and electron-energy-loss measurements were combined to elucidate the nature of the collec...
Collective electron excitations on a free-electron-like metal surface like Al have been studied by X...
We investigate the influence of modifications of the surface charge-density profile on photon-excite...
Using angle- and energy-resolved photoyield spectroscopy, we investigate the properties of the multi...
We report measurements of the coverage-dependent electronic and structural properties of submonolaye...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
We present a systematic time-resolved two-photon photoemission study of the electronic and dynamical...
We report x-ray photoelectron spectroscopy (XPS) study of Na and K adlayers on icosahedral Al70.5Pd2...