it is a worthy addition to the library of any group that is actively involved in crystallographic computing

• 1. Single-crystal diffractometry - hardware and software ; 2. Macromolecular data processing for area detectors with program system MADNES ; 3. Maximum entropy, likelihood ranking and the phase problem in single crystal, powder diffraction and electron microscopy ; 4. On direct-methods phase information from differences between isomorphous structure factors ; 5. Direct methods for powder diffraction data ; 6. Powder diffraction: data collection, refinement, results ; 7. The solution of large small-molecule structures and small macromolecules ; 8. Refinement of large small-molecule structures and small macromolecules ; 9. Treating disorder and solvent molecules in refinement ; 10. Order-disorder phenomena and biiologically active compounds ; 11. Charge density determination by X-ray diffraction ; 12. Practical aspects of isomorphous replacement ; 13. Challenges in incommensurate and quasi-crystals ; 14. User interface management systems (UIMS) for crystallography ; 15. New approaches to crystallographic software ; 16. CRYSTALS - a programmable program ; 17. Standardization - portability of crystallographic data ; 18. Advances in computing for macromolecular crystallography ; 19. The Cambridge structural database: current developments and future directions

it is a worthy addition to the library of any group that is actively involved in crystallographic computing

• 1. Single-crystal diffractometry - hardware and software ; 2. Macromolecular data processing for area detectors with program system MADNES ; 3. Maximum entropy, likelihood ranking and the phase problem in single crystal, powder diffraction and electron microscopy ; 4. On direct-methods phase information from differences between isomorphous structure factors ; 5. Direct methods for powder diffraction data ; 6. Powder diffraction: data collection, refinement, results ; 7. The solution of large small-molecule structures and small macromolecules ; 8. Refinement of large small-molecule structures and small macromolecules ; 9. Treating disorder and solvent molecules in refinement ; 10. Order-disorder phenomena and biiologically active compounds ; 11. Charge density determination by X-ray diffraction ; 12. Practical aspects of isomorphous replacement ; 13. Challenges in incommensurate and quasi-crystals ; 14. User interface management systems (UIMS) for crystallography ; 15. New approaches to crystallographic software ; 16. CRYSTALS - a programmable program ; 17. Standardization - portability of crystallographic data ; 18. Advances in computing for macromolecular crystallography ; 19. The Cambridge structural database: current developments and future directions

it is a worthy addition to the library of any group that is actively involved in crystallographic computing

• 1. Single-crystal diffractometry - hardware and software ; 2. Macromolecular data processing for area detectors with program system MADNES ; 3. Maximum entropy, likelihood ranking and the phase problem in single crystal, powder diffraction and electron microscopy ; 4. On direct-methods phase information from differences between isomorphous structure factors ; 5. Direct methods for powder diffraction data ; 6. Powder diffraction: data collection, refinement, results ; 7. The solution of large small-molecule structures and small macromolecules ; 8. Refinement of large small-molecule structures and small macromolecules ; 9. Treating disorder and solvent molecules in refinement ; 10. Order-disorder phenomena and biiologically active compounds ; 11. Charge density determination by X-ray diffraction ; 12. Practical aspects of isomorphous replacement ; 13. Challenges in incommensurate and quasi-crystals ; 14. User interface management systems (UIMS) for crystallography ; 15. New approaches to crystallographic software ; 16. CRYSTALS - a programmable program ; 17. Standardization - portability of crystallographic data ; 18. Advances in computing for macromolecular crystallography ; 19. The Cambridge structural database: current developments and future directions