On the Influence of the Distortion Distribution on the Determination of Roentgenographic Particle Sizes and Distortions (II) Distortion Distributions and Evaluation Procedure
Identifieur interne : 002685 ( Main/Exploration ); précédent : 002684; suivant : 002686On the Influence of the Distortion Distribution on the Determination of Roentgenographic Particle Sizes and Distortions (II) Distortion Distributions and Evaluation Procedure
Auteurs : H. Röll ; H. SchulzSource :
- Crystal Research and Technology [ 0232-1300 ] ; 1982.
English descriptors
- Teeft :
- Coefficient, Different interference orders, Different orders, Dislocation, Distortion, Distortion distribution, Distortion distributions, Distortion model, Distortion models, Edge dislocation, Elastic distortions, Evaluation methods, Evaluation procedure, Evaluation relation, Evaluation relations, Evaluation results, Exact evaluation, Exponential function, Fourier, Fourier coefficients, Fourier order, Fourier orders, Free parameter, Gaussian, Gaussian distribution, Good results, Greater region, Interference orders, Interference position, Lattice plane, Lattice planes, Line profiles, Model calculations, Model distributions, Moment ratios, Negative curvature, Negative fourier coefficients, Other hand, Particle sizes, Reasonable results, Roentgenographic particle sizes, Schulz, Schulz technische hochschule magdeburg, Screw dislocation, Simple form, Small values.
Abstract
It is shown that a Gaussian distribution of the distortion not enables in each case an exact evaluation of experimentally measured Debye‐Scherrer lines. – After a discussion of simple possibilities for set up of simple and more common distortion distributions with more than one free parameter is given a procedure independent on the distortion distributions for the determination of roentgenographic particle sizes and distortions.
Es wird gezeigt, daß eine Gaußverteilung der Verzerrungen nicht in jedem Fall eine exakte Auswertung experimentell vermessener Debye‐Scherrer‐Linienprofile ermöglicht. – Nach einer Diskussion einfacher Möglichkeiten zur Aufstellung allgemeiner Verzerrungsverteilungen mit mehr als einem freien Parameter wird ein verzerrungsverteilungsunabhängiges Verfahren zur Bestimmung röntgenografischer Teilchengrößen und Verzerrungen angegeben.
Url:
DOI: 10.1002/crat.2170170714
Affiliations:
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