Kornich Gregory Volodymyrovych

Theses:

Candidate's thesis in the specialty - 01.04.07 "Physics of a solid body": "Modeling in the diffusion approximation of the preferential sputtering of binary alloys and the evolution of impurity profiles during layer-by-layer analysis by ions of medium energies", year of defense - 1990, Donetsk State University
Doctoral dissertation in the specialty - 01.04.07 "Physics of solids": "Molecular-dynamic modeling of mass transfer processes in solids under the action of low-energy ion bombardment", year of defense - 2002, Donetsk State University

Scientific interests

Molecular dynamics modeling of the interaction of accelerated atomic particles with single- and multi-component free and surface nanoclusters, solid-state and organic surfaces, fullerenes and endofullerenes;
methods of accelerated dynamics in modeling the mechanisms of thermally activated diffusion;
methods of artificial intelligence (neural networks) in the tasks of reconstructing the concentration profile of an impurity during ionic layer-by-layer analysis, as well as for building interatomic interaction potentials;
modeling of ion mixing, sputtering, radiation-accelerated diffusion, deposition of thin films, etc.

Accounts of the scientist:

Scientist account (ORCID): 0000-0003-4974-8864
Researcher's account (Publons / Web of Science ResearcherID): Y-5046-2019
Scientist account (Scopus): 7004185655
Scholar account (Google Scholar): https://scholar.google.com/citations?hl=uk&user=UixlmNYAAAAJ

Total scientific works:

93 articles in periodical scientific journals.

Main scientific works (publications):

Kornich G.V., Betz G., King B.V. Molecular dynamics simulation of low energy ion beam mixing // Nucl. Instr. and Meth.B.- 1996.- V.115, N1-4.- P.461-467.
Kornich G.V., Betz G. Two step simulation of low energy ion beam mixing at different temperatures//Nucl. Instr. and Meth.B.- 1996.-V.117, N1-2.-P.81-89.
Kornich G.V., Betz G., Zaporojtchenko V., Bazhin A.I. Simulation of ion sputtering of copper clusters from single graphite surface //Technical Physics letters.-29(11).-2003.-938-940.
Kornich G.V., Betz G., Zaporojtchenko V., Bazhin A.I., Faupel F. Molecular dynamics simulations of low energy ion sputtering of copper nanodimensional clusters on graphite substrates // Nuclear Instruments and Methods. B.- 2005.- V.227, #1-4.- P.261-270.
Kornich G.V., Betz G., Zaporojtchenko V., Pugina K.V., Faupel F. Molecular dynamics simulations of interactions of Ar and Xe ions with surface Cu clusters at low impact energies // Nuclear Instruments and Methods. B.- 2005.- V.228, #1-4.- P.41-45.
Kornich G.V., Betz G., Zaporojtchenko V., Pugina K.V., Energy and size effects in sputtering of surface metal nanoclusters under low energy ion bombardment // Surface Science.- 2007.- V.601(1).- P.209-217.
Kornich G. V., Betz G., Kornich V. G., Shulga V. I. and Yermolenko O. A. Synergism in sputtering of copper nanoclusters on graphite substrate at low energy Cu2 bombardment // Nuclear Instruments and Methods in Physics Research. B 269 (14)- 2011.- 1600-1603
Duda E.V., Kornich G.V. Temperature-Accelerated Molecular Dynamics Simulation of the Evolution of a Low-Energy Incident Cu3 Cluster on the Cu(100) Surface with a Monatomic Step // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques. 10(3) - 2016. - 570-575.
Shyrokorad D.V., Kornich G.V., Buga S.G., Formation of the core-shell structures from bimetallic Janus-like nanoclusters under low-energy Ar and Ar13 impacts: a molecular dynamics study // Computational Materials Science.- 159(3) 2019 110-119.

The most recent publications are for the last 5 years

Goncharov A., Yunda A., Kolinko I., Kornich G., Shyrokorad D. Modeling the Deposition of Thin Films of Transition Metal Nitrides // Coating.- 13(12) (2023) 2035- 1-14.
Goncharov O.A., Kolinko I.S., Kornich G.V., Khomenko O.V., Shyrokorad D.V. Structural characteristics and their influence on the properties of transition metal nitride and boride films // Powder Metallurgy and Metal Ceramics-62.-312-325 (2023)
Shyrokorad D.V., Kornich G.V., Buga S.G. Evolution of the Ni-Al Janus-like clusters under the impacts of low-energy Ar and Ar13 projectiles// Materials Today Communications.-23 (2020) 101107-12
Duda E.V., Kornich G.V. Hyperdynamics Simulation of the Diffusion of a Vacancy in a Crystal // Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.14(6)–2020.- 1205-1207.
E. V. Duda and G. V. Kornich, Simulation of Vacancy Diffusion in a Crystal by the Method of Temperature-Accelerated Dynamics, Metallofiz. Noveishie Tekhnol., 42, No. 3: 341—350 (2020)
Shyrokorad D.V., Kornich G.V., Buga S.G. Formation of the core-shell structures from bimetallic Janus-like nanoclusters under low-energy Ar and Ar13 impacts: a molecular dynamics study // Computational Materials Science.- 159(3) 2019 110-119.
Duda E.V., Kornich G.V. On the Combination of Methods of Temperature-Accelerated Dynamics and Hyperdynamics// Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.13(4) – 2019.- 667-669.
Duda E.V., Kornich G.V. Construction of a Changed Potential of Interatomic Interaction in the Case of Temperature-Accelerated Dynamics Simulation. //Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.12(4) – 2018.- 825-833.

Advanced training:

Zaporizhzhia National University, 2019

International internship

Visiting Professor of the University of Würzburg (Germany), Faculty of Physics and Astronomy, Department of Experimental Physics III from 2023.

Training manuals and textbooks

Kornych G.V. Modeling of the interaction of energetic ions with a solid body and accompanying mass transfer processes // Algorithms and programs for the study of physical processes in solid bodies: monograph / V.I. Horbenko, S.A. Subbotyn, A.A. Oleynyk, A.A. Oleynyk, V.I. Talanin, I.E. Talanin, A.I. Mazursky, M.L. Maksymchuk, S.L. Khrypko, S.Yu. Boryu, G.V. Kornych; under the editorship A.N. The hunchback - Zaporozhye: KPU, - 2009. - Dept. 6. – pp. 165–235. (ISBN 978-966-414-049-9).
Kornich G.V. The surface of a solid body under bombardment with low-energy ions: modeling and analysis of an atomic system, Zaporizhzhya Polytechnic University Publishing House, 313 p., 2019 (ISBN 978-617-529-240-2).
Fundamentals of nanophysics and nanotechnology: Electronic textbook: recommended by MONU / V.V. Pogosov, G.V. Kornych, E.V. Vasyutyn, E.V. Pugina, V.I. Kiprich. - Zaporozhye. : ZNTU, 2008. - 630 p.
Numerical analysis of systems with distributed parameters using MATLAB tools / G.V. Kornich, N.I. Bila, A.I. Denisenko, O.O. Podkovalikhina. - Zaporizhzhia, Ed. "Krugozor", 2015. - 128 p. (For full-time students majoring in System Analysis), (ISBN 978-966-2602-91-III).

Publications and speeches at scientific conferences

Shirokorad D.V., Kornich G.V. Kinetics of Janus-like atomic clusters under the action of low-energy bombardment // Information technologies: theory and practice. IV All-Ukrainian internet conference of higher education applicants and young scientists. Abstracts of reports (Dnipro – Zaporizhzhia – Kharkiv March 17 – 19, 2021) [Electronic resource] / Ministry of Education and Science of Ukraine, National. technical "Dniprovska Polytechnic" University. Electron. text. data. - Dnipro: NTU "DP", 2021. - P. 95-96. ISBN 978-966-350-749-1
Duda E.V., Kornich G.V. Modeling vacancy diffusion in a crystal using the methods of hyperdynamics and classical molecular dynamics // Information technologies: theory and practice. IV All-Ukrainian internet conference of higher education applicants and young scientists. Abstracts of reports (Dnipro – Zaporizhzhia – Kharkiv March 17 – 19, 2021) [Electronic resource] / Ministry of Education and Science of Ukraine, National. technical "Dniprovska Polytechnic" University. Electron. text. data. – Dnipro: NTU "DP", 2021. - P. 26-27. ISBN 978-966-350-749-1
Shirokorad D.V., Dumin O.M., Plakhtiy V.A., Kornich G.V. Processing of subsurface radar signals by artificial neural networks // Proceedings of the XXII International Scientific and Practical Seminar named after A.Ya. Petrenyuk "COMBINATORY CONFIGURATIONS AND THEIR APPLICATIONS", Zaporizhzhia - Kropyvnytskyi. - P.190-194. Collection edited by H.P. Dontsia, Kropyvnytskyi, PE "Exclusive-System": May 15-16, 2020. - 207 c. ISBN 978-617-7079-95-7.
Duda E.V., Kornych G.V. Time scaling during temperature-accelerated vacancy dynamics in a crystal compared to classical molecular dynamics // 10th International Scientific and Practical Conference "CURRENT PROBLEMS AND ACHIEVEMENTS IN THE FIELD OF RADIO TECHNOLOGY, TELECOMMUNICATIONS AND INFORMATION TECHNOLOGIES", October 7-9, 2020, Zaporizhzhia, NU "Zaporizka Polytechnic", Collection of theses - pp. 213-215. ISBN 978-617-529-292-1
Shyrokorad D.V., Kornich G.V. Evolution of the Ni-Al Janus-like Clusters under Low Energy Argon Cluster Bombardment / IX International Conference NAP-2019, September 15–20, 2019, Odesa, Ukraine: Conference Proceedings – Sumy : Sumy State University Publishing. – 2019. – P. 02TM06-1 - 02TM06-3.
Shyrokorad D.V., Kornich G.V. Redistribution of atomic components in Ni-Al Janus-like nanoclusters under the interaction with argon clusters / Nanotechnology and nanomaterials (NANO-2019), August 27–30, 2019, Lviv, Ukraine. – 2019. – P. 564.
Shyrokorad D.V., Kornich G.V., Buga S.G., Evolution of the Ni-Al Janus-like clusters under impacts of low energy argon clusters / Proc. XXIV Int. Conf. Ion-Surface Interactions (ISI-2019), Moscow, Russia, 2019: V.2- pp. 127–129.
E. V. Duda, G. V. Kornych, Using methods of accelerated molecular dynamics for modeling vacancy diffusion, in: Abstracts of the XLIX Tulin Conference on the Physics of the Interaction of Charged Particles with Crystals, Moscow State University named after M. V. Lomonosova - Moscow: University Book, 2019. - P.72.
Shyrokorad D., Kornich G., Formation of the Core-Shell Structures from Janus-Like Nanoclusters Under Low-Energy Argon Particles Impacts // 2018 IEEE 8th International Conference on Nanomaterials: Applications & Properties (NAP), Zatoka, Ukraine, September 9-14, 2018: p. 01SPN38-1 - 01SPN38-4. (ISBN 978-1-5386-5333-3). http://doi.org/10.1109/NAP.2018.8915306.
Shirokorad D.V., Kornich G.V., Modeling of interactions of free CuBi and CuAu clusters with low-energy single atoms and argon clusters // VIII International Scientific and Practical Conference "Modern Problems and Achievements in the Field of Radio Engineering, Telecommunications and Information Technologies", September 21–23, Ukraine: Conference Materials - Zaporizhzhia: ZNTU. - 2016. - p. 249–250.
D. V. Shyrokorad, G.V. Kornich, Thermal and Cascade-recoil Sputtering of Bipartite Metal Clusters under Low-Energy Argon Ion Bombardment // Proceedings of the international conference nanomaterials: applications and properties (NAP-2016), Vol. 5 No. 1, 01PCSI04(2pp) (2016).- Lviv, Ukraine, September 14-19, 2016. http://doi.org/10.1109/NAP.2016.7757261.

Honors and awards

Certificate of Honor of the Ministry of Education of Ukraine, 2001
Certificate of honor of the Zaporizhia Regional State Administration, 2003.
Honorary Badge "Excellence of Education of Ukraine" of the Ministry of Education and Culture of Ukraine, 2005
Honorary Badge of the Ukrainian Federation of Scientists, 2005
Honorary Badge "For Scientific Achievements" of the Ministry of Education and Culture of Ukraine, 2009
Honorary badge "For impeccable work", 3rd degree, NU ZP, 2020.

Membership in professional organizations and/or public associations

Member of the NGO "Systems Research"

Year of starting activities at the university:

1985, after a break for graduate studies, since 1990.

Contacts

Address:

69063, Ukraine, Zaporizhzhia, 64 University Street

Classroom:

361 (main building)

Phone:

+380(61)7698247

e-mail:

gkornich@zntu.edu.ua

Theses:

Doctoral dissertation in the specialty - 01.04.07 "Physics of solids": "Molecular-dynamic modeling of mass transfer processes in solids under the action of low-energy ion bombardment", year of defense - 2002, Donetsk State University

Scientific interests

Molecular dynamics modeling of the interaction of accelerated atomic particles with single- and multi-component free and surface nanoclusters, solid-state and organic surfaces, fullerenes and endofullerenes;

methods of accelerated dynamics in modeling the mechanisms of thermally activated diffusion;

methods of artificial intelligence (neural networks) in the tasks of reconstructing the concentration profile of an impurity during ionic layer-by-layer analysis, as well as for building interatomic interaction potentials;

modeling of ion mixing, sputtering, radiation-accelerated diffusion, deposition of thin films, etc.

Accounts of the scientist:

Scientist account (ORCID): 0000-0003-4974-8864

Researcher's account (Publons / Web of Science ResearcherID): Y-5046-2019

Scientist account (Scopus): 7004185655

Scholar account (Google Scholar): https://scholar.google.com/citations?hl=uk&user=UixlmNYAAAAJ

<p>Total scientific works:</p>

93 articles in periodical scientific journals.

Main scientific works (publications):

Kornich G.V., Betz G., King B.V. Molecular dynamics simulation of low energy ion beam mixing // Nucl. Instr. and Meth.B.- 1996.- V.115, N1-4.- P.461-467.

Kornich G.V., Betz G. Two step simulation of low energy ion beam mixing at different temperatures//Nucl. Instr. and Meth.B.- 1996.-V.117, N1-2.-P.81-89.

Kornich G.V., Betz G., Zaporojtchenko V., Bazhin A.I. Simulation of ion sputtering of copper clusters from single graphite surface //Technical Physics letters.-29(11).-2003.-938-940.

Kornich G.V., Betz G., Zaporojtchenko V., Bazhin A.I., Faupel F. Molecular dynamics simulations of low energy ion sputtering of copper nanodimensional clusters on graphite substrates // Nuclear Instruments and Methods. B.- 2005.- V.227, #1-4.- P.261-270.

Kornich G.V., Betz G., Zaporojtchenko V., Pugina K.V., Faupel F. Molecular dynamics simulations of interactions of Ar and Xe ions with surface Cu clusters at low impact energies // Nuclear Instruments and Methods. B.- 2005.- V.228, #1-4.- P.41-45.

Kornich G.V., Betz G., Zaporojtchenko V., Pugina K.V., Energy and size effects in sputtering of surface metal nanoclusters under low energy ion bombardment // Surface Science.- 2007.- V.601(1).- P.209-217.

Kornich G. V., Betz G., Kornich V. G., Shulga V. I. and Yermolenko O. A. Synergism in sputtering of copper nanoclusters on graphite substrate at low energy Cu2 bombardment // Nuclear Instruments and Methods in Physics Research. B 269 (14)- 2011.- 1600-1603

<p>Duda E.V., Kornich G.V. Temperature-Accelerated Molecular Dynamics Simulation of the Evolution of a Low-Energy Incident Cu3 Cluster on the Cu(100) Surface with a Monatomic Step // Journal of Surface Investigation. X-ray, Synchrotron and Neutron Techniques. 10(3) - 2016. - 570-575.</p>

Shyrokorad D.V., Kornich G.V., Buga S.G., Formation of the core-shell structures from bimetallic Janus-like nanoclusters under low-energy Ar and Ar13 impacts: a molecular dynamics study // Computational Materials Science.- 159(3) 2019 110-119.

The most recent publications are for the last 5 years

<p>Goncharov A., Yunda A., Kolinko I., Kornich G., Shyrokorad D. Modeling the Deposition of Thin Films of Transition Metal Nitrides // Coating.- 13(12) (2023) 2035- 1-14.</p>

<p>Goncharov O.A., Kolinko I.S., Kornich G.V., Khomenko O.V., Shyrokorad D.V. Structural characteristics and their influence on the properties of transition metal nitride and boride films // Powder Metallurgy and Metal Ceramics-62.-312-325 (2023)</p>

<p>Shyrokorad D.V., Kornich G.V., Buga S.G. Evolution of the Ni-Al Janus-like clusters under the impacts of low-energy Ar and Ar13 projectiles// Materials Today Communications.-23 (2020) 101107-12</p>

Duda E.V., Kornich G.V. Hyperdynamics Simulation of the Diffusion of a Vacancy in a Crystal // Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.14(6)–2020.- 1205-1207.

<p>E. V. Duda and G. V. Kornich, Simulation of Vacancy Diffusion in a Crystal by the Method of Temperature-Accelerated Dynamics, Metallofiz. Noveishie Tekhnol., 42, No. 3: 341—350 (2020)</p>

Shyrokorad D.V., Kornich G.V., Buga S.G. Formation of the core-shell structures from bimetallic Janus-like nanoclusters under low-energy Ar and Ar13 impacts: a molecular dynamics study // Computational Materials Science.- 159(3) 2019 110-119.

<p>Duda E.V., Kornich G.V. On the Combination of Methods of Temperature-Accelerated Dynamics and Hyperdynamics// Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.13(4) – 2019.- 667-669.</p>

Duda E.V., Kornich G.V. Construction of a Changed Potential of Interatomic Interaction in the Case of Temperature-Accelerated Dynamics Simulation. //Journal of Surface Investigation: X-ray, Synchrotron and Neutron Techniques.- V.12(4) – 2018.- 825-833.

Advanced training:

Zaporizhzhia National University, 2019

International internship

Visiting Professor of the University of Würzburg (Germany), Faculty of Physics and Astronomy, Department of Experimental Physics III from 2023.

Training manuals and textbooks

Kornich G.V. The surface of a solid body under bombardment with low-energy ions: modeling and analysis of an atomic system, Zaporizhzhya Polytechnic University Publishing House, 313 p., 2019 (ISBN 978-617-529-240-2).

<p>Fundamentals of nanophysics and nanotechnology: Electronic textbook: recommended by MONU / V.V. Pogosov, G.V. Kornych, E.V. Vasyutyn, E.V. Pugina, V.I. Kiprich. - Zaporozhye. : ZNTU, 2008. - 630 p.</p>

Numerical analysis of systems with distributed parameters using MATLAB tools / G.V. Kornich, N.I. Bila, A.I. Denisenko, O.O. Podkovalikhina. - Zaporizhzhia, Ed. "Krugozor", 2015. - 128 p. (For full-time students majoring in System Analysis), (ISBN 978-966-2602-91-III).

Publications and speeches at scientific conferences

Shyrokorad D.V., Kornich G.V. Redistribution of atomic components in Ni-Al Janus-like nanoclusters under the interaction with argon clusters / Nanotechnology and nanomaterials (NANO-2019), August 27–30, 2019, Lviv, Ukraine. – 2019. – P. 564.

Shyrokorad D.V., Kornich G.V., Buga S.G., Evolution of the Ni-Al Janus-like clusters under impacts of low energy argon clusters / Proc. XXIV Int. Conf. Ion-Surface Interactions (ISI-2019), Moscow, Russia, 2019: V.2- pp. 127–129.

Honors and awards

Certificate of Honor of the Ministry of Education of Ukraine, 2001

Certificate of honor of the Zaporizhia Regional State Administration, 2003.

Honorary Badge "Excellence of Education of Ukraine" of the Ministry of Education and Culture of Ukraine, 2005

Honorary Badge of the Ukrainian Federation of Scientists, 2005

Honorary Badge "For Scientific Achievements" of the Ministry of Education and Culture of Ukraine, 2009

Honorary badge "For impeccable work", 3rd degree, NU ZP, 2020.

Membership in professional organizations and/or public associations

Member of the NGO "Systems Research"

<p>Year of starting activities at the university:</p>

1985, after a break for graduate studies, since 1990.

Contacts

Accessibility

Events Calendar