Helium Atom Scattering from Surfaces
Springer Berlin Heidelberg, Jun 11, 1992 - Technology & Engineering - 324 pages
High resolution helium atom scattering can be applied to study a number of interesting properties of solid surfaces with great sensitivity and accuracy. This book treats in detail experimental and theoretical aspects ofthis method as well as all current applications in surface science. The individual chapters - all written by experts in the field - are devoted to the investigation of surface structure, defect shapes and concentrations, the interaction potential, collective and localized surface vibrations at low energies, phase transitions and surface diffusion. Over the past decade helium atom scattering has gained widespread recognitionwithin the surface science community. Points in its favour are comprehensiveunderstanding of the scattering theory and the availability of well-tested approximation to the rigorous theory. This book will be invaluable to surface scientists wishing to make an informed judgement on the actual and potential capabilities of this technique and its results.
38 pages matching surface phonon dispersion in this book
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Structural Information from Atomic Beam Diffraction
10 other sections not shown
adatoms adsorbed adsorption amplitude angular distributions anomaly approximation atom scattering atoms azimuth Benedek bound Brillouin zone Brusdeylins bulk phonon calculations Cantini Celli Chem Comsa correlation function corresponding corrugation coverage crystal Debye-Waller Debye-Waller factor defects density diffraction diffraction peaks diffusion coefficient dispersion curves dispersion relations DMSA dynamical eikonal elastic electron energy width equation experimental factor force constant Fourier hard wall helium atoms helium scattering inelastic scattering interaction potential J.P. Toennies K.H. Rieder kinematic Lapujoulade layer Lett Manson matrix measured metal surfaces method minima molecules momentum monolayer Morse potential neutron neutron scattering observed obtained overlayers parameters particle phase phonon dispersion relation Phys platinum pseudorandom quasielastic Rayleigh wave reciprocal lattice vector resolution resonance RMSA scan selective adsorption shown single phonon solid specular beam specular intensity Springer step edges structure substrate Surf surface phonon dispersion temperature terrace thermal tion transition unit cell vibrational wave vector wavefunction
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