Titlebook: Chemical Crystallography with Pulsed Neutrons and Synchroton X-Rays; Maria Arménia Carrondo,George A. Jeffrey Book 1988 D. Reidel Publishi

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Applications of Synchrotron X-rays to Chemical Crystallographych. The radiation is tunable, highly collimated and 3–4 orders of magnitude more intense than existing conventional sources of X-ray radiation. The properties of the synchrotron radiation particularly useful in chemical crystallography are discussed and illustrated by examples from recent research o

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maintenance

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Use of the Rietveld Profile Analysis for Crystal Structure Determination and Refinement to a calculated profile. There is no intermediate step of extracting structure factors. The method has been used successfully for the treatment of results obtained with neutrons from steady or pulsed sources and X-rays both from conventional laboratory equipments and synchrotron sources.

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Real-Time Neutron Powder Diffractiontion pattem to be recorded simultaneously on a time scale of a few minutes or less so that transient phenomena such as chemical reactions in the solid state or first-order phase transitions can now be studied in real-time. Such measurements provide direct information on the progress of a reaction (k

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Chemical Crystallography with Pulsed Neutrons and Synchrotron Radiationrofit from the time structure of synchrotron radiation yielding more detailed information about molecular structure? whereas time resolved experiments reveal their dynamics. As the time of flight techniques of neutron scattering and time resolved scattering experiments are covered elsewhere, the imp

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Some Developments in Anomalous Dispersion for the Structural Investigation of Macromolecular Systemsmations for any number and type of anomalous scatterer. The resulting relations are largely linear with appropriate selection of unknown quantities. The quantities of interest are expressed only in terms of functions of the nonanomalous parts of the atomic scattering factors and are separate for eac

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Triplet Phase Invariants from an Exact Algebraic Analysis of Anomalous Dispersionons provides information concerning intensities of scattering and certain phase differences. In this paper, it is shown that when appropriate combinations of the phase differences and their values are made, the result is the evaluation of the differences of pairs of triplet phase invariants, one ass