Digital Characteristics of Microstructure of Diamond—Silicon Carbide Composites

As an example of the implementation digital materials science approaches based on statistical processing electron micrographs with analysis fractal parameters, characteristics microstructure diamond–silicon carbide ceramic composite material are calculated. The lacunarity parameter characterizing non-uniform distribution filler particles in matrix is found. Based values calculated at different scales, scale invariance dependence evaluated. Voronoi entropy structure quantity information also and used to determine average number neighboring distance between them. For composites high mechanical properties, nearest neighbors six, indicating almost closest packing.