Crystallographic Computing 6

1: M. Gomm: Single-crystal diffractometry - hardware and software 2: A. Messerschmidt: Macromolecular data processing for area detectors with program system MADNES 3: C. Gilmore: Maximum entropy, likelihood ranking and the phase problem in single crystal, powder diffraction and electron microscopy 4: C.E. Kyriakidis and R. Peschar: On direct-methods phase information from differences between isomorphous structure factors 5: C. Giacovazzo: Direct methods for powder diffraction data 6: Ch. Baerlocher: Powder diffraction: data collection, refinement, results 7: G.M. Sheldrick: The solution of large small-molecule structures and small macromolecules 8: G.M. Sheldrick: Refinement of large small-molecule structures and small macromolecules 9: A.L. Spek: Treating disorder and solvent molecules in refinement 10: L. Kutschabsky: Order-disorder phenomena and biiologically active compounds 11: T. Koritsánszky: Charge density determination by X-ray diffraction 12: Z. Böcskei: Practical aspects of isomorphous replacement 13: W.A. Paciorek: Challenges in incommensurate and quasi-crystals 14: P.E. Bourne: User interface management systems (UIMS) for crystallography 15: P. Murray-Rust and J. Zelinka: New approaches to crystallographic software 16: D.J. Watkin: CRYSTALS - a programmable program 17: B. McMahon: Standardization - portability of crystallographic data 18: P.E. Bourne: Advances in computing for macromolecular crystallography 19: P.R. Edgington: The Cambridge structural database: current developments and future directions