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.
This volume introduces the elastic theory of dislocations in crystalline solids. It forms part of a comprehensive series addressing the structure and behavior of defects in materials, essential for advanced studies in solid-state physics and materials science.
A concise educational monograph introducing the principles of crystal chemistry, designed primarily for teachers and students. It explains structural relationships in crystalline materials and their chemical significance.
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.
A classic work introducing the conservation of orbital symmetry in organic reactions. The book presents theoretical foundations and applications of symmetry rules (Woodward–Hoffmann rules), widely used in understanding pericyclic reactions and reaction mechanisms.
This book provides a practical introduction to qualitative organic analysis, guiding students in the identification of organic compounds. It integrates classical chemical tests with modern spectroscopic methods, helping learners understand both theoretical principles and laboratory applications.
This book provides an introduction to the use of spectroscopic techniques—ultraviolet (UV), infrared (IR), nuclear magnetic resonance (NMR), and mass spectrometry—in determining the structure of organic compounds. It is designed as both a textbook for students and a reference for researchers in organic chemistry.