Resonance in Atom Diffraction by Crystal Surfaces.II.Application of the Propagation Matrix Method

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概要

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• The propagation matrix method is applied to atomn diffractic>n at solid surfaces.The basic equations for describirrg atom diffraction become the simultaneous lineardifferential equations for the propagation matrix. The diffraction intensity isexpressed in terms of the prc>pagation matrix. This method is applied to thecalculation of intensity versus i?tcident angle curves for the diffraction of heliumbeams from the lithium fluoride (001) plane. It is found that 1.he unitarity of thescattering matrix is satisfied very well. Furthermore the dependence of the dif-fraction intensity on the sturface lattice vibrations is investigated.

• 社団法人日本物理学会の論文
• 1983-11-15

著者

• HAMAUZU Yoshihiro

  Numazu College of Technology

• Ooi Akihiko

  Numazu College Of Technology

• Tamura Fuminori

  Numazu College Of Technology

関連論文

• Resonance in Atom Diffraction by Crystal Surfaces.III.Analysis of Isolated Resonance
• Theory of Resonance in the Diffraction of Atomic Beams at Solid Surfaces
• New Method for Calculating the Diffraction Intensities of Atomic Beams at Solid Surfaces and Surface Energy Bands : III. Application to the Resonance Diffraction of Helium and Atomic Hydrogen Beams from Lithium Fluoride (001) Plane.
• Resonance in Atom Diffraction by Crystal Surfaces.II.Application of the Propagation Matrix Method

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