Dynamic scattering effect

According to Ref. [11], the dynamical scattering effect was reduced by forcing the integral amplitudes of reflections to be equal to the corresponding structure factor amplitudes of the corresponding perfect... 

It has been demonstrated that the dynamical scattering effect correction technique is also effective in image deconvolution for restoring the atomic configuration for crystals with interface when the elliptical windows are applied. The technique is essential in improving the quality of deconvoluted images so that the available crystal thickness extends to 10 nm or even bigger for Si. 

The number of structures solved using 3-D electron diffraction data sets is relatively small because of the experimental difficulties associated with the collection of 3-D diffraction data and dynamic scattering effects on diffraction intensities. A major development toward solving these difficulties is the precession electron diffraction technique, which allows a large number of reflections to be collected in a single orientation and averages over different beam directions to minimize dynamic effects. Progress is under way for more information see Refs. 40 and 41. 

The first example of a single Schiff base compound to exhibit nematic behavior at ambient temperatures was (8), prepared by Kelker and Scheurle, The electro-optic properties of the new compound, MBBA (p-methoxybenzylidene-p -butylaniline) were studied shortly thereafter and it was found that the material exhibited dynamic scattering. This compound has since become a model in a number of theoretical studies of the dynamic scattering effect,... 

The light dynamic scattering effect was initially proposed for use in the manufacture of field-controllable shutters and displays, and was the starting point of modern studies of liquid crystals [259, 260]. 

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