The influence of correlated atomic vibrations on low energy ion scattering: II. Two-atom, three-atom and “chain” models

This publication has 15 references indexed in Scilit:

• The temperature dependence of correlated atomic vibrations in the Debye model
  Acta Crystallographica Section A, 1981
• The influence of correlated atomic vibrations on low energy ion scattering: I. Quasi-triple scattering from a 〈100〉 row of copper atoms
  Surface Science, 1980
• A new method for the calculation of ion scattering from single crystals; Method and potentialities
  Radiation Effects, 1979
• Bulk and (001)-surface equal-time vibrational correlation functions of LiF, MgO, and NaCl
  Physical Review B, 1978
• Quasi single collisions in noble gas ion scattering from single crystals; a new calculational approach
  Physics Letters A, 1977
• Study of low energy noble gas ion reflection from monocrystalline surfaces; influence of thermal vibrations of the surface atoms: III. A qualitative comparison of experimental and calculational results
  Surface Science, 1977
• Multiple ion scattering
  Surface Science, 1977
• Study of low energy noble gas ion reflection from monocrystalline surfaces; Influence of thermal vibrations of the surface atoms
  Surface Science, 1976
• Study of low energy noble gas ion reflection from monocrystalline surfaces; influence of thermal vibrations of the surface atoms: I. Computer simulation of energy and spatial distributions
  Surface Science, 1976
• Determination of the surface Debye temperature using quasi-triple collisions in low energy ion scattering
  Nuclear Instruments and Methods, 1976