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The possibilities for monitoring phase transitions in single crystals using limited sections of data are considered. Specifically, the novel technique of monitoring phase transitions using a single three‐dimensional data frame measured by the time‐of‐flight Laue technique has been...
Successful integration of the spot intensities on a single‐crystal X‐ray diffraction image depends on the ability to predict the spot positions accurately throughout the image. In some image‐plate systems, there are spatial distortions, resulting from imperfections in the scanning system,...
The form of the transmission factor for sample geometries encountered in X‐ray and neutron fibre diffraction studies is considered. Transmission factors obtained by Monte Carlo experiments and a simple first‐order approximation are compared and agree to within 1% for studies of the...
This work is devoted to a new generation of cold‐neutron interferometers based on bidimensional diffraction. The use of multilayer coatings in the classical Ioffe difffraction‐grating neutron interferometer is proposed. This interferometer combines the properties of two periodic structures,...
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