FRACTAL NATURE ANALYSIS ON PORES RECONSTRUCTION IN MATERIAL STRUCTURE AND A PRIORI DESIGN MICROSTRUCTURE PROPERTIES PROGNOSIS

摘要

Analytic method and fractal nature application in reconstruction of materials structure pores, in order to make an advance prognosis of designed microstructural properties is a new procedure in materials microstructural characterization. Electronic microscopy methods, regardless on resolution and magnification, lead only towards getting the microscopic pictures. Based on the pores perimeters fractal analysis, blocks (10, 11, 12), their fractal dimension is obtained, block (13), which, further opens a possibility of precise pore contour reconstruction, offering a much more realistic image of the contour that it would be possible in the frame of Euclid geometry block (14). This replaces the modelling role, because it gives real microstructure shapes pictures, on one hand, and from the obtained passive microstructure picture, through the shape reconstruction, leads to the possibility of its prognoses with designed microstructure properties, like 3D pore shape reconstruction among others, block (15). Applying known syntheses phases in the technology process, the obtained samples ale investigation objects in these innovations. Thus, the new possibilities in actual solutions, in microstructure characterization application, are directly introduced, whereby the hardware is reduced only to this engineering system component, providing new solutions related to contemporary software support in these devices. Such engineering system in microstructure fractal application opens industrial production and application possibilities, and their solutions become a base for the "Fractal Electronic" development in the next phases, block (16).