Nanostate Factor in Materials Science of Functional Nanocomposite Materials

Based on the system analysis of the features of the morphological and energy parameters of dispersed components of condensed matter of various compositions, their structure and production technology, methodological approaches to the implementation of the nanostate phenomenon in the formation of the optimal structure of composite materials and metal-polymer systems at different levels of organization have been developed. The concept of energy and technological compliance of the components of functional composite materials and systems has been developed, consisting in the implementation of the parameters of their energy characteristics adequate to the value of the activation energy of the prevailing structural process, which determines the optimal parameters of stress-strain, adhesive and tribological characteristics, under technological effects on the components in the process of obtaining a composite and its processing. Scientifically based principles for the creation of nanocomposite materials with high parameters of stress-strain, adhesive and tribological characteristics based on industrial thermoplastics for functional metal-polymer systems and effective technologies for their manufacture and processing into products, the novelty of which is confirmed by patents for inventions are proposed