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The Greens Function Method
Study of Surface Phonons by the Slab Method
4 other sections not shown
amplitude angle atoms beam Benedek Bortolani Brillouin zone Brusdeylins bulk bands bulk phonon cross section crystal dashed lines density determined by inelastic displacement elastic equation experimental data F.W. de Wette force constants frequency GF method Green's function Green's function method He-atom scattering measurements Ibach inelastic He-atom scattering inelastic neutron scattering J.P. Toennies kinematic Kress lattice dynamics Lett matrix metals microscopic modes as determined MSA's nearest neighbor neutron scattering measurements obtained particle peak perturbation phonon dispersion curves Phys piezoelectric polarization propagation R.B. Doak R.E. Allen Rayleigh mode Rayleigh waves reflection coefficient reproduced sagittal plane Santoro scan curve shear horizontal shell model shell model based shown in Fig slab method slab with free solid lines spectra Surf surface acoustic wave surface dynamics surface localized modes surface modes surface phonon dispersion surface projected bulk surface vibrations surface wave symmetry temperature theory unit cell wave vector