Abstract
Methods for the simulation and reconstruction of nanostructure images in amorphous alloys are proposed. Generalized spatial-frequency filtration is used. In simulations, the distribution of modules of amplitudes of orthogonal transformation is modified according to peculiarities of integral characteristic of transformation spectrum and the required type of spatial frequency filter. In reconstructing images, the distribution of amplitudes and phases (signs) of orthogonal transformation is adjusted according to the peculiarities of the frequency characteristic of the initial image spectrum.
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