Confinement of electrons in small structures such as a thin film results in discrete quantum
well states. Such states can be probed by angle-resolved photoemission, as first predicted …

The quantum wells formed by ultra-thin metallic films on appropriate metallic substrates
provide a real example of the simple undergraduate physics problem in quantum mechanics …

Recent experimental work has reached an accurate determination of surface-state linewidth
by scanning tunneling spectroscopy, photoemission and directly in the time domain by two …

Series of quantum well states (QWS's) have been observed in photoemission spectra for the
Ag/W (110) and Ag/Au/W (110) systems in a binding energy region lying outside of the …

The temperature dependence of peak widths in high-resolution angle-resolved
photoelectron spectroscopy from quantum well states in ultra-thin Ag films on V (100) has …

The temperature dependence of angle-resolved photoemission from quantum-well states in
ultrathin films of Ag on V (100) has been examined for films from 1–8 ML thickness within the …

We present a combined, experimental, and computational investigation of the growth mode
and the valence-band structure of Ag∕ Pd (111), with the focus on the Ag 4 d derived …

Ag (111) films were deposited at room temperature onto H-passivated Si (111)−(1× 1)
substrates, and subsequently annealed at 300 C. An abrupt nonreactive Ag/Si interface is …

We report the first-principles study of the correlated behavior of the magnetic anisotropy
energy (MAE) and orbital moment anisotropy (OMA) as the functions of the thickness N of …

We report an angle-resolved photoemission study of d-derived quantum well (QW) states in
ultrathin silver films grown on V (100). Distinct d-derived QW states were observed for film …