Recent progress in the application of supersonic molecular beam techniques to the study of
gas-surface interfacial phenomena is reviewed. The experimental and theoretical studies …

Recent developments and achievements in the theoretical interpretation of inelastic
scattering of thermal energy beams of He and other noble gas atoms from surfaces are …

Recent advances in the use of thermal energy atomic and molecular beam methods to
explore the dynamics of physical and chemical processes occuring at surfaces are …

This monograph deals with the kinetics of adsorption and desorption of molecules
physisorbed on solid surfaces. Although frequent and detailed reference is made to …

The scattering problems of a scalar point particle from an assembly of 1< n<∞ non-
overlap** and disconnected hard disks, fixed in the two-dimensional plane, belong to the …

We evaluate the static relaxation of the (001) face of rocksalt-structured ionic crystals, using
shell models. The results for moderately polarizable compounds, namely, the alkali halides …

Structural and dynamic properties of H2O adsorbed on an in situ cleaved NaCl (100) crystal
surface were studied by He atom scattering in the range of temperatures and partial …

High-resolution helium-atom-scattering measurements of angular distributions and time-of-
flight spectra are reported for W (001) in the temperature range from 200 to 1900 K. Angular …

Vibrational spectra of CO physisorbed onto well defined NaCl (1 (0) surfaces were studied
using a Fourier transform infrared interferometer. Structures of CO starting from the …

Vibrations on a surface directly reflect the atomic arrangement and the force constants
between the atoms in the outermost layers of a solid. Semiconductor surfaces are …