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Description
This textbook provides an elementary yet systematic introduction to x-ray, neutron, and electron scattering for the structural analysis of condensed matter materials. These three methods are treated on the same footing by the same mathematical formalism and in a simplified fashion.
Neutron scattering is an entirely quantum mechanical process. However, the way neutron scattering is described here does not require any mastery of quantum mechanics. The emphasis is more on the similarity of the three methods than on the canonical treatment of the respective scattering theories. Furthermore, Math boxes help to overcome technical difficulties in derivations. Each chapter is rounded up with a summary, questions, and a few exercises. The book is suitable for all students and researchers in materials science who want to gain a first overview of the various topics of scattering methods for structural analysis, including modern methods used at synchrotron radiation facilities.
Table of Contents
Real and Reciprocal Lattices.- Scattering Amplitudes.- Scattering from Crystal Lattices.- Sources of Radiation for Scattering Experiments.- Elastic Scattering Methods.- Elastic Magnetic Scattering.- Phase Transitions.- Defects and Disorder.- Small Angle Scattering.- Surfaces, Thin films, and Multilayers.- Appendices.
