Readership: Advanced undergraduate students, graduate students, and professionals in crystallography, chemistry, materials science and physics.
Uri Shmueli, Tel Aviv University
"It will fill a valuable niche for those who would like more of the mathematical background than they will find in most textbooks such as the classic" - Randy J. Read Crystallography Reviews
1: Symmetry in Crystals: Fundamentals 2: Point Groups and Lattice Types 3: Space-Group Symmetry 4: X-ray Diffraction Techniques 5: The Structure Factor and the Electron Density 6: The Patterson Function 7: Structure-Factor Statistics 8: Direct Methods 9: Atomic Displacement Parameters 10: Refinement of Structural Parameters Appendices Some Geometrical Considerations Fundamentals of Tensor Notation Basic Notions from the Theory of Probability The Discrete Fourier Transform Method
SOLUTIONS MANUAL available for instructors