Basic Crystallography

Basic Crystallography J. -J. Rousseau Department of Physics, University of Maine, Le Mans, France Translated from the French by A. James, University of Picardie, France Basic Crystallography deals with the basic principles of geometrical crystallography which are introduced through the study of lattices, symmetry operations and the enumeration and construction of point groups and space groups. Stereographic projection is used to enable students to visualise crystallographic structures in real space. The author devotes the second part of the book to X-ray crystallography, showing how different diffraction directions depend on the lattice and how spot intensities are related to the unit-cell. To give students an understanding of the principles of structural determination, the classical techniques of diffraction and methods of interpreting spectra are examined. To tackle the more challenging aspects of the subject, help is given to the student in the form of exercises with answers and a computer disk accompanies the book allowing readers to work through exercises and plot their own crystallographic data. Written primarily for final year undergraduate students of physics, chemistry, materials science and geometry the book will also be useful for engineering students.Das erfolgreiche französische Lehrbuch der Kristallographie jetzt in englischer Übersetzung! Der erste Teil bietet eine Einführung in die Grundprinzipien der geometrischen Kristallographie anhand der Diskussion von Gitterstrukturen, Symmetrieoperationen, Punkt- und Raumgruppen und der stereographischen Projektion als Hilfe zur Entwicklung des räumlichen Vorstellungsvermögens. Der zweite Teil widmet sich der Röntgenkristallographie einschließlich der Elektronen- und Neutronenbeugung zur Charakterisierung von Werkstoffen. Mit einem umfangreichen Strukturatlas, einer Visualisierungssoftware und vielen Übungsaufgaben. (07/98)
GEOMETRICAL CRYSTALLOGRAPHY.

The Postulates of Crystallography.

Point Lattices.

The Stereographic Projection.

Symmetric Operations in Crystal Lattices.

Crystallographic Point Groups.

Classes, Systems and Crystal Lattices.

Space Groups.

Using the International Tables.

X-RAY CRYSTALLOGRAPHY.

X-Rays.

Fundamentals of Diffraction Theory.

The Laue Method.

The Rotating Crystal Method.

X-Ray Diffraction of Polycrystalline Materials.

Neutron and Electron Diffraction.

Determination of the Atomic Structure of Crystals.

Structural Chemistry.

Special Techniques.

Crystallographic Computing.

EXERCISES AND PROBLEMS.

Appendices.

Bibliography.

Index.

"This book is more than a good teaching manual, as it is also useful for readers already familiar with basic crystallography." (Zentralblatt Math, Vol. 958, No. 8 2001)

Jean-Jacques Rousseau was a Genevan philosopher, writer and composer. Born in Geneva, his political philosophy influenced the progress of the Enlightenment throughout Europe, as well as aspects of the French Revolution and the development of modern political and educational thought. Basic Crystallography J. -J. Rousseau Department of Physics, University of Maine, Le Mans, France Translated from the French by A. James, University of Picardie, France Basic Crystallography deals with the basic principles of geometrical crystallography which are introduced through the study of lattices, symmetry operations and the enumeration and construction of point groups and space groups. Stereographic projection is used to enable students to visualise crystallographic structures in real space. The author devotes the second part of the book to X-ray crystallography, showing how different diffraction directions depend on the lattice and how spot intensities are related to the unit-cell. To give students an understanding of the principles of structural determination, the classical techniques of diffraction and methods of interpreting spectra are examined. To tackle the more challenging aspects of the subject, help is given to the student in the form of exercises with answers and a computer disk accompanies the book allowing readers to work through exercises and plot their own crystallographic data. Written primarily for final year undergraduate students of physics, chemistry, materials science and geometry the book will also be useful for engineering students.