Elements of X-Ray Diffraction

Designed for Junior/Senior undergraduate courses. This revision of a classical text is intended to acquaint the reader, who has no prior knowledge of the subject, with the theory of x-ray diffraction, the experimental methods involved, and the main applications. The text is a collection of principles and methods designed directly for the student and not a reference tool for the advanced reader.

ISBN	0201610914	Pages	664
ISBN13	9780201610918 (What's this?)	Volumes	1
Publisher	Pearson Education (US)	Weight (grammes)	1121
Imprint	Prentice Hall	Published in	Upper Saddle River
Format	Hardback	Previous ISBN	9780131788183
Publication date	05 Feb 2001	Height (mm)	235
Library of Congress	QC482	Width (mm)	178
DEWEY	548.83	Spine width (mm)	32
DEWEY edition	DC21	Academic level	Tertiary education

	Preface
Ch. 1	Properties of X-Rays	1
Ch. 2	Geometry of Crystals	31
Ch. 3	Diffraction I: Geometry	89
Ch. 4	Diffraction II: Intensities Diffraction II: Intensities	123
Ch. 5	Diffraction III: Real Samples	167
Ch. 6	Diffractometer Measurements	185
Ch. 7	Powder Photographs	235
Ch. 8	Laue Photographs	263
Ch. 9	Phase Identification By X-Ray Diffraction	275
Ch. 10	Determination of Crystal Structure	295
Ch. 11	Phase-Diagram Determination	331
Ch. 12	Quantitative Phase Analysis	347
Ch. 13	Precise Parameter Measurements	363
Ch. 14	Structure of Polycrystalline Aggregates	385
Ch. 15	Stress Measurement	435
Ch. 16	Orientation of Single Crystals	471
Ch. 17	Crystal Quality	503
Ch. 18	Polymers	539
Ch. 19	Small Angle Scattering	555
Ch. 20	Transmission Electron Microscopy	571
	General References	593
App. 1	The Reciprocal Lattice	599
App. 2	Electron and Neutron Diffraction	615
App. 3	Lattice Geometry	619
App. 4	The Rhombohedral-Hexagonal Transformation	622
App. 5	Crystal Structure of Some Elements	624
	More...

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