Computer-aided tools for molecular systems engineering and wavelet-morphometric analysis of the texture of nanomaterials

An analysis of present-day computer-aided tools for molecular systems engineering and the possibility of their use for developing the texture of new nanomaterials is performed. A wavelet-morphometric algorithm for a computer-aided analysis of the texture of nanomaterials using the original photomicrographs is proposed that includes the following main stages: the decomposition of the original photomicrographs into low-frequency and high-frequency components using a discrete wavelet transform, the calculation of energymechanical characteristics for the identified images of the texture elements of the high-frequency component, and further binary decomposition and calculation of morphometric parameters for the created images of energy-mechanical characteristics (parameters of texture elements). A system of energy-mechanical and morphometric parameters of the elements of the texture of nanocomposites is proposed that is based on the use of binary decomposition filtration of textural photomicrographs and the morphometric parameters of the identified images of clusters in the binarization sections.