A classic textbook on optical crystallography, focusing on the optical properties of minerals and their identification using polarized light.
A translated academic work presenting lectures on crystal morphology, focusing on the external forms of crystals and their structural interpretation.
A foundational academic text covering methods and techniques used in X-ray crystallography for determining crystal structures.
This volume is part of the authoritative International Tables for Crystallography series and provides comprehensive data on space-group symmetry. It is an essential reference for crystallographers, physicists, chemists, and materials scientists, offering standardized descriptions of symmetry in crystal structures.
This book presents an axiomatic and mathematical approach to crystallography, focusing on symmetry operations, point groups, lattices, and space groups. It bridges geometric crystallography with modern mathematical concepts and provides insights into the structure of Euclidean space and crystal packing.
A foundational scientific text introducing the principles and methods of chemical crystallography, focusing on optical and X-ray techniques used to study crystal structures. Widely used for advanced chemistry and materials science studies.
An advanced undergraduate/graduate textbook that builds core knowledge in crystallography and bonding in solids. Explores periodic trends, crystal structures, diffraction, and bonding types—secondary, ionic, metallic, covalent—and offers models for predicting phase stability and structure. Notable for its comprehensive worked examples, exercises, and clear structure–property approach