Theory of X-Ray Diffraction by a Distorted Crystal. II. : Scattering Amplitude for a Wave Packet of Finite Size

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概要

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• The X-ray scattering amplitude for a finite wave packet diffracted by a distorted crystal is calculated by the use of a previously formulated theory (M.Kuriyama: J. phys. soc. Japan 23 (1967) 1369). Only a limited portion of the crystal is responsible for scattering. The geometrical arrangement of this region is discussed in terms of an observation point on the crystal exit surface, an incident (glancing) angle and an observation (detector) angle. The accuracy of the results depends on the lateral size of the incident X-ray beam. The internal wave fields and paths of classical energy flow are also discussed from the viewpoint of the present formulation.

• 社団法人日本物理学会の論文
• 1968-09-15

著者

• Kuriyama Masao

  National Bureau Of Standards

• Kuriyama Masao

  National Bureau Of Standards Institute For Materials Research

• Kiriyama Masao

  National Bureau of Standards, Institute for Materials Research

関連論文

• On the Relationship between X-Ray Inelastic Scattering and Absorption Spectra
• Theory of X-Ray Diffraction by a Distorted Crystal. II. : Scattering Amplitude for a Wave Packet of Finite Size
• Theory of X-Ray Diffraction by a Distorted Crystal

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