Crystallography (CRY)

Section Information

Crystallography focuses on the study of crystal structures, atomic arrangements, and symmetry in solid materials. The field uses diffraction and imaging techniques to determine the structure of inorganic, organic, and biological materials at atomic and molecular scales.

Current research includes X-ray, neutron, and electron diffraction methods, crystal growth, structural refinement, phase transitions, and materials characterization. Advances in synchrotron radiation, cryo-techniques, computational refinement, and high-resolution detectors are expanding the accuracy and scope of structural analysis.

This section publishes experimental structure determinations, methodological developments, computational analyses, materials characterization studies, and review articles related to crystalline materials and structural science.

Scope

X-ray Crystallography

• Single-crystal and powder diffraction methods
• Structure solution and refinement techniques
• Synchrotron radiation applications
• Charge density and electron distribution studies

Neutron and Electron Diffraction

• Neutron scattering for structural analysis
• Electron diffraction and microscopy
• Magnetic structure determination
• In situ and time-resolved diffraction studies

Crystal Growth and Materials Synthesis

• Crystal growth mechanisms and kinetics
• Thin films and nanocrystalline materials
• Polymorphism and phase transformations
• Defects and disorder in crystals

Macromolecular and Biological Crystallography

• Protein and nucleic acid structure determination
• Crystallization of biomolecules
• Structure–function relationships in biology
• Cryo-crystallography techniques

Computational Crystallography

• Structure prediction and modeling
• Data processing and refinement software
• Simulation of diffraction patterns
• Crystallographic databases and data analysis

Solid-State and Materials Applications

• Structural analysis of functional materials
• Semiconductors and magnetic materials
• Pharmaceutical solid forms
• Energy materials and advanced ceramics

Symmetry and Theoretical Crystallography

• Space groups and symmetry operations
• Group theory in crystallography
• Lattice dynamics and vibrational analysis
• Topological and geometric approaches

Editorial Board

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Papers Published

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