The results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T=120 K are presented for the first time. The analysis shows a big core level shift at lower binding energies (Delta E=1.6 eV at a coverage theta=0.1 ML) for the P 2p core level spectra. We interpret this result in terms of a charge redistribution affecting both types of atoms of the first substrate layer, suggesting some differences from the intuitive picture of strong ionic localised bonding between the alkali and the surface Ga atom
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
The study of metals deposited on semiconductor surfaces is important to determine the chemical and e...
The Pt/GaP(110) interface has been studied by core and valence level photoemission using synchrotron...
The results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T=120 K are p...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
The adsorption of Na onto GaP(110) is markedly different when the substrate is held below 120 K and...
Photoemission from different alkali core levels (Na 2p, K 3p, Rb 4p, and Cs 4d) has been studied for...
The formation of the Cs⧸GaP(110) interface at low temperature has been studied using core and valenc...
Core level binding energy shifts from approximately three layers of different alkali metals deposite...
Coverage-dependent core level binding energies of Na adsorbed on both Cu(111) and Ni(111) surfaces h...
Layer resolved core level spectra are presented for Na, K, Rb and Cs films on Al(111). From the deve...
Thin overlayers of Na, K. Rb, and Cs on different sp-metal substrates have been investigated using p...
Investigations of clean alkali metal surfaces are motivated by their utility as experimental touchst...
A photoemission study of Yb/GaP(110) interface at early stage of formation is presented, showing st...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
The study of metals deposited on semiconductor surfaces is important to determine the chemical and e...
The Pt/GaP(110) interface has been studied by core and valence level photoemission using synchrotron...
The results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T=120 K are p...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
We present the results of a photoelectron spectroscopy study of the K/GaP(110) interface grown at T ...
The adsorption of Na onto GaP(110) is markedly different when the substrate is held below 120 K and...
Photoemission from different alkali core levels (Na 2p, K 3p, Rb 4p, and Cs 4d) has been studied for...
The formation of the Cs⧸GaP(110) interface at low temperature has been studied using core and valenc...
Core level binding energy shifts from approximately three layers of different alkali metals deposite...
Coverage-dependent core level binding energies of Na adsorbed on both Cu(111) and Ni(111) surfaces h...
Layer resolved core level spectra are presented for Na, K, Rb and Cs films on Al(111). From the deve...
Thin overlayers of Na, K. Rb, and Cs on different sp-metal substrates have been investigated using p...
Investigations of clean alkali metal surfaces are motivated by their utility as experimental touchst...
A photoemission study of Yb/GaP(110) interface at early stage of formation is presented, showing st...
Two previously unappreciated features in photoemission spectra from alkali atoms adsorbed on W(110)...
The study of metals deposited on semiconductor surfaces is important to determine the chemical and e...
The Pt/GaP(110) interface has been studied by core and valence level photoemission using synchrotron...