ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)

ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)

The work is presented by the V. I. Vernad­skii Institute of General and Inorganic Chemi­stry of the National Academy of Sciences of Ukraine for the State Prize of Ukraine in the field of science and technology. A new paradigm of the processes of electrochemical synthesis of functional materials has...

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Date:2021
Main Authors: Kolbasov , Gennadii, Kublanovsky, Valeriy, Bersirova, Oksana, Sakhnenko , Mykola, Ved, Maryna, Kuntyi , Orest, Reshetnyak , Oleksandr, Posudievsky, Oleg
Format: Article
Language:English
Published: V.I.Vernadsky Institute of General and Inorganic Chemistry 2021
Online Access:https://ucj.org.ua/index.php/journal/article/view/289
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Journal Title:Ukrainian Chemistry Journal

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Ukrainian Chemistry Journal
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spelling oai:ojs2.1444248.nisspano.web.hosting-test.net:article-2892021-05-13T15:07:23Z ELECTROCHEMISTRY OF FUNCTIONAL MATERIALS AND SYSTEMS (EFMS) ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС) Kolbasov , Gennadii Kublanovsky, Valeriy Bersirova, Oksana Sakhnenko , Mykola Ved, Maryna Kuntyi , Orest Reshetnyak , Oleksandr Posudievsky, Oleg electrochemical synthesis, composites, hybrid materials, coatings, structure, functional properties. The work is presented by the V. I. Vernad­skii Institute of General and Inorganic Chemi­stry of the National Academy of Sciences of Ukraine for the State Prize of Ukraine in the field of science and technology. A new paradigm of the processes of electrochemical synthesis of functional materials has been created on the basis of the proposed theory of discharge-ionization of electrochemically active complexes and the laws of correlation between the functional properties of coatings and the fundamental characteristics and parameters of electrochemical kinetics. New approaches of surface engineering to the electrochemical synthesis and processing of materials that are capable of operating under extreme thermomechanical conditions under the simultaneous action of an aggressive medium have been developed. Innovatively promising technologies have been proposed for the formation of nanomaterials of new generation based on superalloys, metal oxide composites, photosensitive hetero- and nanostructures, electrically conductive polymers and their composites, etc. The main research directions in this work concern electrochemistry, both directly the me­thod for the synthesis of new materials and the study and design of the electrochemical pro­perties of materials / coatings / nanoparticles that cannot be obtained by other methods. The aim of the work was to develop the theoretical foundations of directed synthesis and to create a wide range of new competitive materials and systems on the basis of establishing the structural and functional patterns of their electrochemi­cal formation. А number of novel compe­titive electrochemical materials (electrode and electrolyte materials for electrochemical po­wer sources and supercapacitors, electro- and photocatalysts, sorption and optical materials, functional coatings, etc.) have been created as a result of the performed research. These materials are used in various fields of science and technology, namely, for alternative po­wer ge­neration, electrochemical power sources, nano- and microelectronics, electrochromic systems, electrocatalysis, ecosensorics, electro­chemical synthesis of commercial products, photoelectrochemical systems, corrosion protection. The number of publications: 700, including 30 monographs (7 of them published abroad) and 39 chapters in collective monographs (30 of them published abroad), 36 textbooks (manuals), and 500 articles (350 of them published in foreign periodicals). The total number of refe­rences to the publications of the authors/h-index/i10-index (regarding the whole work) according to the databases is, respectively: Web of Science, 1856/21/52; Scopus, 2185/22/71; Google Scholar, 4903/33/148. The novelty and competitiveness of the technical solutions are protected by 33 valid patents (7 patents of Kazakhstan, China, USA). Eight doctoral dissertations (DSc) and 47 candidate's dissertations (PhD theses) on this subject matter have been defended. V.I.Vernadsky Institute of General and Inorganic Chemistry 2021-04-23 Article Article Physical chemistry Физическая xимия Фізична xімія application/pdf https://ucj.org.ua/index.php/journal/article/view/289 10.33609/2708-129X.87.03.2021.61-76 Ukrainian Chemistry Journal; Vol 87 No 3 (2021): Ukrainian Chemistry Journal; 61-76 Украинский химический журнал; Том 87 № 3 (2021): Ukrainian Chemistry Journal; 61-76 Український хімічний журнал; Том 87 № 3 (2021): Український хімічний журнал; 61-76 2708-129X 2708-1281 en https://ucj.org.ua/index.php/journal/article/view/289/161
institution Ukrainian Chemistry Journal
baseUrl_str
datestamp_date 2021-05-13T15:07:23Z
collection OJS
language English
topic_facet electrochemical synthesis
composites
hybrid materials
coatings
structure
functional properties.
format Article
author Kolbasov , Gennadii
Kublanovsky, Valeriy
Bersirova, Oksana
Sakhnenko , Mykola
Ved, Maryna
Kuntyi , Orest
Reshetnyak , Oleksandr
Posudievsky, Oleg
spellingShingle Kolbasov , Gennadii
Kublanovsky, Valeriy
Bersirova, Oksana
Sakhnenko , Mykola
Ved, Maryna
Kuntyi , Orest
Reshetnyak , Oleksandr
Posudievsky, Oleg
ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
author_facet Kolbasov , Gennadii
Kublanovsky, Valeriy
Bersirova, Oksana
Sakhnenko , Mykola
Ved, Maryna
Kuntyi , Orest
Reshetnyak , Oleksandr
Posudievsky, Oleg
author_sort Kolbasov , Gennadii
title ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
title_short ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
title_full ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
title_fullStr ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
title_full_unstemmed ЕЛЕКТРОХІМІЯ ФУНКЦІОНАЛЬНИХ МАТЕРІАЛІВ І СИСТЕМ (ЕФМС)
title_sort електрохімія функціональних матеріалів і систем (ефмс)
title_alt ELECTROCHEMISTRY OF FUNCTIONAL MATERIALS AND SYSTEMS (EFMS)
description The work is presented by the V. I. Vernad­skii Institute of General and Inorganic Chemi­stry of the National Academy of Sciences of Ukraine for the State Prize of Ukraine in the field of science and technology. A new paradigm of the processes of electrochemical synthesis of functional materials has been created on the basis of the proposed theory of discharge-ionization of electrochemically active complexes and the laws of correlation between the functional properties of coatings and the fundamental characteristics and parameters of electrochemical kinetics. New approaches of surface engineering to the electrochemical synthesis and processing of materials that are capable of operating under extreme thermomechanical conditions under the simultaneous action of an aggressive medium have been developed. Innovatively promising technologies have been proposed for the formation of nanomaterials of new generation based on superalloys, metal oxide composites, photosensitive hetero- and nanostructures, electrically conductive polymers and their composites, etc. The main research directions in this work concern electrochemistry, both directly the me­thod for the synthesis of new materials and the study and design of the electrochemical pro­perties of materials / coatings / nanoparticles that cannot be obtained by other methods. The aim of the work was to develop the theoretical foundations of directed synthesis and to create a wide range of new competitive materials and systems on the basis of establishing the structural and functional patterns of their electrochemi­cal formation. А number of novel compe­titive electrochemical materials (electrode and electrolyte materials for electrochemical po­wer sources and supercapacitors, electro- and photocatalysts, sorption and optical materials, functional coatings, etc.) have been created as a result of the performed research. These materials are used in various fields of science and technology, namely, for alternative po­wer ge­neration, electrochemical power sources, nano- and microelectronics, electrochromic systems, electrocatalysis, ecosensorics, electro­chemical synthesis of commercial products, photoelectrochemical systems, corrosion protection. The number of publications: 700, including 30 monographs (7 of them published abroad) and 39 chapters in collective monographs (30 of them published abroad), 36 textbooks (manuals), and 500 articles (350 of them published in foreign periodicals). The total number of refe­rences to the publications of the authors/h-index/i10-index (regarding the whole work) according to the databases is, respectively: Web of Science, 1856/21/52; Scopus, 2185/22/71; Google Scholar, 4903/33/148. The novelty and competitiveness of the technical solutions are protected by 33 valid patents (7 patents of Kazakhstan, China, USA). Eight doctoral dissertations (DSc) and 47 candidate's dissertations (PhD theses) on this subject matter have been defended.
publisher V.I.Vernadsky Institute of General and Inorganic Chemistry
publishDate 2021
url https://ucj.org.ua/index.php/journal/article/view/289
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first_indexed 2025-09-24T17:43:38Z
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