Shostak A. Methods and models of microphotogrammetry in applied scientific research

Object - the working surfaces of metal parts, biominerals, and soil. Methods - Principles and algorithms for analytical photogrammetry, digital photogrammetric methods for processing of electron microscope images, 3-D-reconstruction and interpretation of numerical models of the microrelief. Developed a generalized theory of SEM photogrammetry. A systematic photogrammetric model of forward-affine mapping. First developed by unknown photogrammetry method 3-D-reconstruction in the surface layers in the mode of "in-situ" using the principles of contrast, and Avis-induced current. Proposed non-traditional photogrammetric modeling based on the binary SEM images. Developed a fundamentally new method for studying the distortions of SEM means of Fourier optics, which can be used in a wide range of enhancements, including extreme. A theory and practice of digital processing of SEM images, the methods of identification, rectification and rapid processing. Results - the methodology of numerical modeling and interpretation DMMS can be successfully used for the expert assessments of the causes of accidents of various metal and the like; developed methods for digital photogrammetric processing of SEM images are of high accuracy, reliability, efficiency in obtaining quantitative information of various parameters of the objects. Conducted numerous experimental studies using modern SEM in advanced laboratories. Industry - Photogrammetry