Some Studies on X-Ray Wave Fields in Elastically Distorted Single Crystals. : II. Theoretical Analyses

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概要

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• The experimental observations on the two X-ray wave fields in elastically distorted silicon single crystals, which were reported in Part I (J. Phys. Soc. Japan 31 (1971) 204), are analysed on the basis of the dynamical diffraction theory. A new technique for computer calculation of propagation paths, phase changes and intensities of the wave-field beams in a distorted crystal is devised. Satisfactory agreements are obtained between experiment and theory for a uniformly curved crystal and a crystal compressed with knife edges. A physical interpretation is given on the asymmetry of the diffraction intensities of the two wave fields with respect to the sign of elastic strain gradient.

• 社団法人日本物理学会の論文
• 1971-10-05

著者

• Hashizume Hiroo

  Department Of Applied Physics Faculty Of Engineering University Of Tokyo

関連論文

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• X-Ray Diffraction Topography Utilizing Double-Crystal Arrangement of (+, +) or Non-Parallel (+, -) Setting
• High-Resolution Video Display of X-Ray Topographs with the Divergent Laue Method
• A Study on Equal-Thickness Fringes in a Silicon Crystal by Means of an X-ray Video Imaging Device
• Equal-Thickness Interference Fringes in the Bragg-case Diffraction of X-rays
• The Crystallographic Orientation Dependence of Snoek-Type Internal Friction Peaks of an Fe-Si Alloy
• Propagation of X-Rays in a Slightly Distorted Silicon Crystal
• Some Studies on X-Ray Wave Fields in Elastically Distorted Single Crystals. I. : Experimental Observations
• Some Studies on X-Ray Wave Fields in Elastically Distorted Single Crystals. : II. Theoretical Analyses

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