Relativistic Dynamical Theory of Electron Difraction

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概要

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• Making use of the Green function method the relativistic dynamical theory of electron diffraction is developed. It is shown that the retardation effect of the Coulomb and vector potentials between the incident beam and the charged particles in the crystal plays an important role in the calculation of the dispersion surface and the absorption coefficient. The result is that the inverse of the linear (mean) absorption coefficient π^<-1>_0 is not simply proportional to β^2(β=v/c), being in agreement with the experimental results of Dupouy er al..

• 社団法人日本物理学会の論文
• 1966-10-05

著者

• Ohtsuki Y.h.

  Department Of Applied Physics Faculty Of Engineering University Of Tokyo

• YANAGAWA S.

  Department of Applied Physics, Faculty of Engineering, University of Tokyo

• TERAKURA K.

  Department of Applied Physics, Faculty of Engineering, University of Tokyo

• Terakura K.

  Department Of Applied Physics Faculty Of Engineering University Of Tokyo

• Yanagawa S.

  Department Of Applied Physics Faculty Of Engineering University Of Tokyo

関連論文

• Energy Analysis of Kikuchi Patterns
• Effects of Bremsstrahlung on the Linear Absorption Coefficient for Relativistic Electron Diffraction
• 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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