Effects of Lattice vibrations on Dynamical Diffraction of Electron and X-Rays

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概要

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• The temperature dependence of the generalized scattering factor corrected for inelastic excitations in the crystal is studied theoretically for dynamica: diffraction of X-rays and electrons. It is shown that the generalized scattering factors Φ_k = φ_h+ C_<k0> for X-ray diffraction and x_h = V_h+C_<h0>( Y) for electron diffraction (C_<h0> and C_<h0>(Y) are parts due to inelastic electronic excitations, respectively) are modified by the usual Debye-Waller factor, when the thermal motion is described with rigid-ion model and Einstein model.

• 社団法人日本物理学会の論文
• 1966-11-05

著者

• Ohtsuki Y.h.

  Department Of Applied Physics Faculty Of Engineering University Of Tokyo

関連論文

• Energy Analysis of Kikuchi Patterns
• Effect of Lattice Vibration on the Absorption Coefficient in Electron Diffraction
• Relativistic Dynamical Theory of Electron Difraction
• Theory of Low Energy Electron Diffraction. : II. OPW Method
• The Polarization Mixing of X-Rays
• Dynamical Theory of Diffraction. : II. X-Ray Diffraction
• Dynamical Theory of Diffraction : I. Electron Diffraction
• Temperature Dependence of X-Ray Absorption by Crystals II. Direct Phonon Absorption
• The Theory of the Low Energy Electron Diffraction : I. Strong Absorption
• Effects of Lattice vibrations on Dynamical Diffraction of Electron and X-Rays
• The Theory of Normal and Abnormal Absorptions in Electron Diffraction

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