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Direct Methods of Solving Crystal Structures

  • Book
  • © 1991

Overview

Editors:
  1. Henk Schenk

    1. University of Amsterdam, Amsterdam, The Netherlands

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Part of the book series: NATO Science Series B: (NSSB, volume 274)

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Table of contents (47 chapters)

  1. Front Matter

    Pages i-ix
    Download chapter PDF

  2. An Elementary Introduction to Direct Methods

    • H. Schenk
    Pages 1-8

  3. Structure Factor Algebra: Structure Invariants and Seminvariants

    • George M. Sheldrick
    Pages 9-19

  4. Structure Invariants, Seminvariants and Origin Definition

    • H. Krabbendam
    Pages 21-39

  5. The Sayre Equation

    • Michael M. Woolfson
    Pages 41-45

  6. The Cochran Distribution

    • Michael M. Woolfson
    Pages 47-51

  7. Determinantal Inequalities Lead to Triplet and Quartet Relationships

    • Herbert A. Hauptman
    Pages 53-56

  8. The Calculation of Normalized Structure Factors and of Triplet Invariants

    • Davide Viterbo
    Pages 57-69

  9. Starting Set Determinaton

    • Paul T. Beurskens
    Pages 71-75

  10. Symbolic Addition

    • Henk Schenk
    Pages 77-85

  11. Tangent Formula, Tangent Refinement and Multisolution Methods

    • Michael M. Woolfson
    Pages 87-102

  12. Quartets and Other Phase Relationships

    • H. Schenk
    Pages 103-110

  13. The Joint Probability Distribution of Three Structure Factors Leading to a Distribution for the Triplet Phase Sum

    • René Peschar
    Pages 111-119

  14. Some Applications of Probability Theory in Direct Methods

    • Suzanne Fortier, Ian R. Castleden
    Pages 121-128

  15. The Neighborhood Principle and the Extension Concept

    • Herbert A. Hauptman
    Pages 129-145

  16. The Method of Representations of Structure Seminvariants I: The General Background

    • C. Giacovazzo
    Pages 147-155

  17. Introduction to Maximum Entropy

    • Gérard Bricogne
    Pages 157-175

  18. Direct Methods Packages in 1990

    • C. J. Gilmore
    Pages 177-186

  19. Patterson Methods

    • Patrick Tollin
    Pages 187-196

  20. Optimal Symbolic Phase Determination

    • René Peschar, Henk Schenk
    Pages 197-201
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Keywords

Editors and Affiliations

  • University of Amsterdam, Amsterdam, The Netherlands

    Henk Schenk

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