Explore the fundamental principles of crystallography and diffraction, two essential techniques for understanding the atomic and molecular structure of materials. This guide covers how crystal structures are determined and the significant role of X-ray diffraction in fields ranging from materials science to biochemistry.
The Rietveld Method is a cornerstone technique in crystallography, vital for detailed crystal structure analysis from powder diffraction data. Widely adopted and supported by institutions like the International Union of Crystallography (IUCr), this method enables precise refinement of structural models, significantly advancing material science research and understanding.
Explore the fascinating nature of ice, a unique solid form of water with distinct physical and chemical properties. This segment delves into its crystalline structure, lower density compared to liquid water, and the intricate processes of its formation, highlighting its critical role in Earth's climate and various ecosystems.
Explore a comprehensive atlas detailing the diverse crystal structure types of intermetallic phases. This invaluable resource serves as an essential reference for researchers and students in materials science and crystallography, providing critical insights into the unique structural arrangements that define intermetallic compounds and their properties. It's designed to facilitate understanding and innovation in the field.
Explore the fundamental principles of solid state physics with this comprehensive resource by Singhal. It delves into essential topics such as crystal structures, electrical properties, and semiconductor physics, making it an invaluable guide for students and researchers in condensed matter physics. This text offers a clear and detailed introduction to the subject.
Explore the fascinating world of quasicrystals with this comprehensive 1st edition, offering an in-depth introduction to their unique atomic structure, distinctive physical properties, and a wide array of innovative applications. This essential guide provides foundational knowledge for students and researchers keen to understand these non-periodic materials and their growing importance in advanced materials science.
This comprehensive textbook explores the fundamental principles of symmetry and inorganic structural chemistry. Designed for chemists, physicists, physical chemists, and crystallographers, it offers an in-depth understanding of crystal structures, molecular arrangements, and their implications across various scientific fields. A vital resource for both academic study and professional reference.
Explore the fundamental principles of reciprocal space with "International Tables for Crystallography Volume B." This essential reference provides comprehensive details on diffraction theory, Fourier transforms, and their application to crystal structure analysis, making it an invaluable resource for researchers and students in crystallography and materials science.
The theory of incommensurate crystals explores the fascinating world of materials where structural modulations are not commensurate with the underlying lattice, leading to unique physical properties. This field is crucial for understanding aperiodic structures and their applications in advanced materials science and condensed matter physics research.