Abstract
In this work, features of research of the supermolecular structures of native metacolloids by STM and AFM are presented. The features associated with metastable structures and the polyphasal nature of colloidal products of geological processes are considered. As a result of the researches carried out local and global of characteristics of their supermolecular structures are established. We show qualitative and quantitative superstructural data obtained using a combination of microscopic researches with diffractional and the structural-morphological analysis of received images. From the structural-transformation row of dependence of superstructural features obtained from findings of geological conditions, PT-parameters of processes of formation were established. The multilevel structure of shungite carbon (where supermolecular structure is formed by multilayered fullerene-like globules) is considered. Both chains and compact aggregates were determined in shungites. Possible mechanisms of aggregations of shungites globules were analyzed.
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