Spherical-Wave Theory of Dynamical X-Ray Diffraction for Absorbing Perfect Crystals. II. Integrated Reflection Power
- 1 April 1968
- journal article
- conference paper
- Published by AIP Publishing in Journal of Applied Physics
- Vol. 39 (5) , 2231-2237
- https://doi.org/10.1063/1.1656536
Abstract
Based on the x-ray intensity field due to a spherical wave obtained in Part I, the integrated power ratio of the Bragg-reflected wave is presented for wedge-shaped crystals. No approximation is used except the so-called two-beam approximation. In parallel-sided crystals, the result is practically the same as the previous result obtained by assuming smallness of absorption, based on the plane-wave theory. The result can be used for understanding the traverse-type x-ray topograph.This publication has 7 references indexed in Scilit:
- Absolute Measurement of Structure Factors with High PrecisionPhysical Review Letters, 1967
- Absolute Measurement of Structure Factors of Si Single Crystal by Means of X-Ray Pendellösung FringesJournal of the Physics Society Japan, 1965
- A theoretical study of pendellösung fringes. II. Detailed discussion based upon a spherical wave theoryActa Crystallographica, 1961
- The energy flow of X-rays in an ideally perfect crystal: comparison between theory and experimentsActa Crystallographica, 1960
- Integrated Intensities of the Diffracted and Transmitted X-rays due to ideally Perfect Crystal (Laue Case)Journal of the Physics Society Japan, 1955
- X-ray anti-reflections in crystalsProceedings of the Indian Academy of Sciences - Section A, 1954
- Repeated Integrals of Bessel Functions and the Theory of Transients in Filter CircuitsJournal of Mathematics and Physics, 1948