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Logical structure of the fundamentals of chemistry, conceptual schemes of its geometrization and spatial mathematical models of the sets of different species of simple chemical objects

It is shown that the fundamentals of the language of chemistry can be logically divided into four relatively separated parts everyone of which introduce the corresponding group of basic chemical notions. The central notions of the four parts and other basic notions are defined. The system of five basic assumptions playing the role of axiomatics in chemistry is formulated. The conceptual schemes, used for geometrization of each part of the fundamentals of chemistry, are formulated. Spatial mathematical models of the sets of different species of atoms and different species of monatomic ions are briefly presented. As a result: (i) the problem of the geometrization of the language of chemistry is solved on a conceptual level; (ii) it is shown that it is possible to translate the structure of chemical notions and relations in entirely mathematical language.