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Structural Research / Strukturforschung (1957)

Structural Research / Strukturforschung

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"Structural Research / Strukturforschung" by Dr. André Guinier, Dr. Gérard Von Eller, Dr. J. Bouman, Dr. Gérard Fournet, Professor Dr. W. W. Beeman, Professor Dr. P. Kaesberg, Dr. J. W. Anderegg, Dr. M. B. Webb, Professor Dr. H. Raether, Dr. G. R. Ringo is a astronomy book and space science reference focused on Cosmology. Best for students, researchers, and serious astronomy enthusiasts.

107 In this way the absolute values of the structure factors may be found, not the phases (6. 8). The problem to find these phases is the phase problem. The present article will treat the following topics. At first the description of the ideal crystal will be given in Chap. B. The underlying principles of this description are the concepts of reciprocal lattice, FOURIER synthesis and sym metry. The evaluation of the intensity will then follow in Chap. C and D. Chap. E is concerned with the phase problem and related topics. Though this article treats the analysis of crystal structures, the fundamental concepts for other structures will here be found too. But these topics, and the experimental methods, will l find their place elsewhere . B. Description of the crystalline state. I. Lattice theory. a) The direct lattice. 8. Introduction. In Sect. 3, a description of the ideal crystal was given: The space, occupied by a crystal, is divided into congruent parallelepipeds, each with the same orientation. This parallelepiped is defined by the three basic vectors, a, band c, drawn from an origin 0 (Fig. 2), and is called the primitive cell. This cell is filled with atoms (or ions), and the same configuration of atoms is repeated in space. It has been aptly called a three-dimensional wallpaper, as on a wallpaper the same pattern is repeated again and again.

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Best For: Advanced physics students and researchers interested in crystallography and nuclear physics.
Focus: Theoretical and practical aspects of crystal structure analysis, including reciprocal lattice, Fourier synthesis, and symmetry.
Covers: Description of ideal crystals, methods to evaluate intensity, and discussion of the phase problem in structure determination.
Why It Matters: Understanding the absolute values of structure factors and addressing the phase problem are fundamental for accurate crystal structure analysis in physics.

"Structural Research / Strukturforschung" by Dr. André Guinier, Dr. Gérard Von Eller, Dr. J. Bouman, Dr. Gérard Fournet, Professor Dr. W. W. Beeman, Professor Dr. P. Kaesberg, Dr. J. W. Anderegg, Dr. M. B. Webb, Professor Dr. H. Raether, Dr. G. R. Ringo is a astronomy book and space science reference focused on Cosmology. Best for students, researchers, and serious astronomy enthusiasts.

Topic: Cosmology

Author: Dr. André Guinier, Dr. Gérard Von Eller, Dr. J. Bouman, Dr. Gérard Fournet, Professor Dr. W. W. Beeman, Professor Dr. P. Kaesberg, Dr. J. W. Anderegg, Dr. M. B. Webb, Professor Dr. H. Raether, Dr. G. R. Ringo

Who this is for:

  • Astronomy students
  • Researchers and advanced hobbyists
  • Readers exploring space science topics

Why this book matters: It matters because it helps readers build a stronger understanding of astronomy concepts, observations, and scientific ideas related to space.

107 In this way the absolute values of the structure factors may be found, not the phases (6. 8). The problem to find these phases is the phase problem. The present article will treat the following topics. At first the description of the ideal crystal will be given in Chap. B. The underlying principles of this description are the concepts of reciprocal lattice, FOURIER synthesis and sym metry. The evaluation of the intensity will then follow in Chap. C and D. Chap. E is concerned with the phase problem and related topics. Though this article treats the analysis of crystal structures, the fundamental concepts for other structures will here be found too. But these topics, and the experimental methods, will l find their place elsewhere . B. Description of the crystalline state. I. Lattice theory. a) The direct lattice. 8. Introduction. In Sect. 3, a description of the ideal crystal was given: The space, occupied by a crystal, is divided into congruent parallelepipeds, each with the same orientation. This parallelepiped is defined by the three basic vectors, a, band c, drawn from an origin 0 (Fig. 2), and is called the primitive cell. This cell is filled with atoms (or ions), and the same configuration of atoms is repeated in space. It has been aptly called a three-dimensional wallpaper, as on a wallpaper the same pattern is repeated again and again.

AuthorDr. André Guinier, Dr. Gérard Von Eller, Dr. J. Bouman, Dr. Gérard Fournet, Professor Dr. W. W. Beeman, Professor Dr. P. Kaesberg, Dr. J. W. Anderegg, Dr. M. B. Webb, Professor Dr. H. Raether, Dr. G. R. Ringo
PublisherSpringer
Published2014-08-23
ISBN-139783642458682
BindingPaperback
Pages663
LanguageEnglish
SubjectsScience
TopicCosmology
SeriesHandbuch Der Physik Encyclopedia of Physics / Rontgenstrahle

Format: Paperback

Length: 663 pages

Language: English

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