Arrangement of chemical elements in the three-dimensional matrix

Автор: Boris V. Gusev, Samuel Y-L. Yin, Anatoly A. Speransky

Журнал: Nanotechnologies in Construction: A Scientific Internet-Journal @nanobuild-en

Рубрика: The results of the specialists’ and scientists’ researches

Статья в выпуске: 5 Vol.13, 2021 года.

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It is emphasized in the article that thanks to the discovery of D.I. Mendeleev and the Periodic Table of chemical elements existing for more than 150 years, as well as the international table IUPAC, chemistry has been actively developing and keeps developing. A new model for arranging chemical elements in the form of a three-dimensional matrix has been proposed. This makes it possible to predict new elements with the designation of nuclear masses and the electronic structure of shells. There have been developed new patterns according to the cyclicity (block structure) of horizontal rows and the structure of vertical groups and their physical conception have been specified.

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Cyclicity and block structure, three-dimensional matrix of chemical elements, nuclear masses, proton-neutron structure of nuclei, electronic levels, electronic characteristics of levels and sublevels (orbitals), prediction of new elements

Короткий адрес: https://sciup.org/142228306

IDR: 142228306   |   DOI: 10.15828/2075-8545-2021-13-5-282-292

Список литературы Arrangement of chemical elements in the three-dimensional matrix

  • Mendeleev D.I. Fundamentals of Chemistry. Moscow: State Scientific and Technical Publishing House of Chemical Literature. In 2 volumes. 13th edition. 1947.
  • Semyonov N.N. Chemistry and Electronic Phenomena. (UFN, 4 .1924). Selected Works, Vol.2. Moscow: Science; 2005.
  • Gusev B.V., Ying Yen-Liang S., Speransky A.A. Three-Dimensional Matrix of Chemical Elements. Moscow: RAE; 2021.
  • Gusev B.V., Speransky A.A. Regularities of the Block Approach for the Analysis of the Structure of Chemical Elements and the Problems of Materials Science. Nanotechnologies in Construction. 2019; 11(1): 76–88.
  • Gusev B.V., Ying Yen-Liang S., Speransky A.A. Block Structure of Periodicity and Forecasting of New Chemical Elements. Industrial and Civil construction. 2021. Available from: doi: 10.33622/0869-7019.
  • Gladyshev V.P. Current State and Methodological Significance of the Periodic Table of Chemical Elements. Tomsk State Pedagogical University. Bulletin of TSPU. 2000; 2 (18). Series: Natural Sciences (Special Issue): 28–32.
  • General and inorganic chemistry. Vol. 1. Theoretical Foundations of Chemistry. Textbook for universities in 2 volumes. Ed. A.F. Vorobyov. Moscow: ICC “Akademkniga”; 2004.
  • Coulson C. Valence. Moscow: 1965.
  • Kuznetsov V.I. General chemistry. Development Trends [Scientific Population]. Moscow: Higher school; 1989.
  • Rees M. Just Six Numbers: The Deep Forces That Shape the Universe. Moscow: Alpina non-fiction; 2018.
  • Stephen Hawking. About the universe in a nutshell. OGIZ. Moscow: Publishing house AST.
  • Dickerson R., Gray G., Hight J. Basic laws of chemistry. Moscow: Mir; 1993.
  • Novoshinskiy I.I., Novoshinskaya N.S. Chemistry. Advanced level. Textbook. Russian word. Series: Innovation School. 2018.
  • Korablev T.P., Korolkov D.V. Theory of the Periodic System. Saint-Petersburg: University Publishing House; 2005.
  • Gusev B.V. New ideas on the three-dimensional matrix of chemical elements and the possibility of the existence of 100 additional new elements. In: Second International Kosygin Readings “Energy-Resource-Efficient Environmental Safe Technologies and Equipment”. Materials of the plenary session. Moscow: RSU; 2019.
  • History of the synthesis of superheavy elements. The materials prepared on the basis of information from RAE. Available from: https://ria.ru/20111201/503670512.html
  • Maksimchuk A. “The area of stability” among chemical elements. Especially for R&D. Available from: https://maxpark.com/community/6285/content/2676531.
  • Hartree D. Calculations of atomic structures. Moscow: Publishing House of Foreign Literature; 1960.
  • Zahed Allahyari, Arttem R.Oganov. Nonempirical Definition of the Mendeleev Numbers: Organizing the Chemical Space. Journal of Physical Chemistry C. 2020; 124 (43): 23867–23878.
  • Audi G., Kondev F. G., Wang M., Huang W. J., Naimi S. The Nubase2016 evaluation of nuclear properties. Chinese Physics C. 2017; 41(3): 030001-1–030001-138.
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