| A. Structure in
Physics and Applied Crystallography A1 Spin,
Charge and Momentum Density
A2 Phase Transitions
A3 Martensitic Transformations
A4 Defects and Microstructures
A5 Texture and Stress Analysis
A6 Industrial Appl. at Synchrotron and Neutron Sources
A7 Thin Film and Multilayers
A8 Surfaces, Thin Layers, Epitaxial Thin Films |
B.
Materials Science B1 Mineralogical Crystallography
B2 Electron Diffraction and Electron Microscopy
B3 Nanocrystalline Materials
B4 Crystallography under Extreme Conditions
B5 Optic, Electric and Magnetic Materials
B6 Small-Angle Scattering
B7 Aperiodic Crystals and Quasicrystals
B8 Low-Ordered Materials, Fibre Diffraction |
| C. Structural
Aspects in Chemistry, Chemical Crystallography C1
Materials Chemistry
C2 Structure Systematics in Organic Chemistry
C3 Structural Databases
C4 Structure Determination by Powder Diffractometry
C5 Inorganic Compounds
C6 Molecular Modelling, Quantum Chemistry
C7 Large Supramolecular Assemblies
C8 Hydrogen Bonding |
D. Structure
and Function of Biological Systems D1 Transmission and
Signalling Across Membranes
D2 DNA/RNA - Structure, Binding Modes and Function
D3 Energetics of the Cell
D4 Proteins and Drug Design
D5 Viruses, Anti-Viral and Anti - Retroviral Treatment
D6 Immune Recognition
D7 Protein Biosynthesis. Transcription and Translation
D8 Metalloproteins |
E.
Advanced Methods for Structural Investigation
E1 Synchrotron Radiation
E2 Neutron Diffraction
E3 Structure and Function in Molecular Biology
E4 Time-Resolved Studies
E5 Ab - Initio Methods for Structure Determination
E6 Accuracy of Macromolecular Structures
E7 Multiple Anomalous Diffraction
E8 Refinement of the Macromolecular Model |
F.
General Crystallography F1 Crystallization of
Macromolecules
F2 INTERNET in Crystallography
F3 Non-Diffraction Techniques
F4 Structural Biology in Central and Eastern Europe
F5 Symmetry
F6 Instruments
F7 Phase Analysis
F8 Teaching Crystallography |