Direct Methods of Solving Crystal Structures by H. SchenkDirect Methods of Solving Crystal Structures by H. Schenk

Direct Methods of Solving Crystal Structures

byH. SchenkEditorHenk Schenk

Hardcover | February 29, 1992

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Proceedings of the 18th course of the International School of Crystallography, held April 1990, in Erice, Italy. Annotation c. by Book News, Inc., Portland, Or.
Title:Direct Methods of Solving Crystal StructuresFormat:HardcoverDimensions:456 pages, 9.21 × 6.14 × 0.27 inPublished:February 29, 1992Publisher:Springer US

The following ISBNs are associated with this title:

ISBN - 10:0306440407

ISBN - 13:9780306440403

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Table of Contents

An Elementary Introduction to Direct Methods; H. Schenk. Structure Factor Algebra: Structure Invariants and Seminvariants; G.M. Sheldrick. Structure Invariants and Origin Definition; H. Krabbendam. The Sayre Equation; M.W. Woolfson. The Cochran Distribution; M.W. Woolfson. Determinational Inequalities Lead to Triplet and Quartet Relationships; H.A. Hauptman. The Calculation of Normalized Structure Factors and of Triplet Invariants; D. Viterbo. Starting Set Determination; P.T. Beurskens. Symbolic Addition; H. Schenk. Tangent Formula, Tangent Refinement and Multisolution Methods; M.W. Woolfson. Quartets and Other Phase Relationships; H. Schenk. The Joint Probability Distribution of Three Structure Factors Leading to a Distribution for the Triplet Phase Sum; R. Peschar. Some Applications of Probability Theory in Direct Methods; S. Fortier, et al. The Neighborhood Principle and the Extension Concept; H.A. Hauptman. The Method of Representations of Structure Seminvariants: The General Background; C. Giacovazzo. Introduction to Maximum Entropy; G. Bricogne. Direct Methods Packages in 1990; C.J. Gilmore. Patterson Methods; P. Tollin. Optimal Symbolic Phase Determination; R. Peschar, et al. Random Approaches to the Phase Problem; M.W. Woolfson. 27 additional articles. Index.