| Article |
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| Article name |
Natural polymers: a new paradigm the evolution of the Earth |
| Authors |
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| Bibliographic description |
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| Category |
Earth science |
| DOI |
550.2 |
| DOI |
10.21209/2227-9245-2018-24-15-25 |
| Article type |
Scientific |
| Annotation |
A new paradigm of evolution of natural polymers as another surprising property of transformation of the self-excited hidden matter of the Universe is presented. Particular attention is paid to inorganic polymers that make up the earth\'s crust. Decoding the long and difficult way of formation and transformation of these polymers is a big and very promising scientific and practical problem, because in the process of thermodynamic evolution of the Earth, inorganic polymers directly manifest themselves in the genetic features of the formation of the planet and endogenous mineralization. When considering known scientific statements about the polymer drawn attention to the chemical reactions of polycondensation and polymerization, which is kind of a rebuild, transform, increasing the atoms of the original monomers in a complex of giant chains, to form a new substance with the original physico-chemical properties. In relation to the changing thermodynamic conditions, polymers form an amorphous (thermoplastic) or crystalline (thermosetting) structure. Amorphous organic polymer characteristic difference between the cold space called voids. They are formed in huge hydrogen clouds from light organogenic chemical elements with active participation as a catalyst of electromagnetic radiation. The most complicated processes of slow transformation of these polymers led to the formation of a certain volume of polymers in the form of a dense amorphous substance, which actively participated in the accretion processes in the formation and evolution of galaxies, stars and planets. These assumptions explain for the first time the path of transformation of the predominant gas component of open space from the solid matter of galaxies. Crystalline inorganic polymers synthesized in the earth\'s crust are represented by high-temperature polymers formed at significantly higher pressure. These are relatively young polymers of several generations. Initially, under the influence of hard electromagnetic and radi-oactive radiation, these polymers were formed in clouds of spherical star clusters, scattered clusters of spiral branches of our Galaxy, then under the influence of endogenous heat of the Earth\'s nucleus in its mantle and transformed, being improved, in the processes of formation of the earth\'s crust. By studying inorganic polymers, science is able to know the peculiarities of the material world, shedding light on its true nature |
| Key words |
paradigm; evolution; organic, organometallic, inorganic polymers; amorphous and crystalline structures; polycondensation; polymerization; of the Universe; the voids; the Galaxy; Earth |
| Article information |
Pavlenko Y. Natural polymers: a new paradigm the evolution of the Earth // Transbaikal State University Journal, 2018, vol. 24, no. 2, pp. С. 15-25 |
| References |
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