Alkali-metal (AM) atoms adsorbed on single-crystal surfaces are a model system for
understanding the properties of adsorption. AM adsorption, besides introducing new …

Over the recent years, electronic surface states have been used for a detailed spectroscopic
study of the electron–phonon (e–ph) interaction, both experimentally and theoretically. This …

The state-of-the-art studies of the vibrational dynamics of clean metal surfaces and metal
surface structures formed upon the sub-monolayer adsorption of the atoms of various …

The growth of Pb ultrathin films on Cu (111) has been long studied in connection with
electronic quantum-size effects and for the different temperature-dependent growth kinetics …

Model pseudopotential for the (1 1 0) surface of fcc noble metals - ScienceDirect Skip to main
contentSkip to article Elsevier logo Journals & Books Help Search My account Sign in View …

The interplay of the atomic structure and phonon spectra in a variety of two dimensional
phases forming during submonolayer Pb adsorption on a Cu (001) surface has been …

Quantum oscillations of the electron-phonon coupling of a Shockley surface state induced
by the cou<? format?> pling to a metallic quantum well are observed experimentally as the …

The temperature dependence of the dynamics of electrons in the n= 1 image potential state
on the Ag (111) surface has been investigated by means of time-resolved two-photon …

A detailed theoretical study of electron-phonon interaction in occupied and unoccupied Y¯
surface states on Cu (110), Ag (110), and Pd (110) is carried out. We show that in the …

The equilibrium crystal structure and vibrational properties of the Li/Cu (111) system have
been calculated theoretically using the interatomic potentials obtained within the embedded …