The change in the average surface-atom core-level shift (SCS) produced by submonolayer coverages of alkali adsorbates is quite small for both Ta(110) and W(110), less than 45 meV in magnitude. The small change of the measured SCS’s as a function of coverage decisively supports the covalent-bonding picture of alkali adsorption proposed by Ishida and Terakura
The interaction of alkali atoms with metal surfaces is reviewed. The peculiar electronic configurati...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...
The change in the average surface-atom core-level shift (SCS) produced by submonolayer coverages of...
The change in the average surface-atom core-level shift (SCS) produced by submonolayer coverages of...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
Coverage-dependent core-level binding energies of the Na 2p level of Na adsorbed on Cu(111) and Ni(1...
Thin overlayers of Na, K, Rb, and Cs on different sp-metal substrates have been investigated using p...
Alkali metal adsorption on metals is studied by High Resolution Core Level Spectroscopy (HRCLS) and ...
The interaction of alkali atoms with metal surfaces is reviewed. The peculiar electronic configurati...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...
The change in the average surface-atom core-level shift (SCS) produced by submonolayer coverages of...
The change in the average surface-atom core-level shift (SCS) produced by submonolayer coverages of...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
The photoemission signal from the first atomic layer of W(110) is used to assess the nature of the ...
Coverage-dependent core-level binding energies of the Na 2p level of Na adsorbed on Cu(111) and Ni(1...
Thin overlayers of Na, K, Rb, and Cs on different sp-metal substrates have been investigated using p...
Alkali metal adsorption on metals is studied by High Resolution Core Level Spectroscopy (HRCLS) and ...
The interaction of alkali atoms with metal surfaces is reviewed. The peculiar electronic configurati...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...
The study of the stretching mode of Li, Na and K on various Cu surfaces show that the force constant...