Dmytro Kharchenko

Degree: Dr. Sci. in Theoretical Physics (2006) Institute for Single Crystals NAS of Ukraine Professor in Theoretical Physics
Position: Head of the department Modeling of Radiation effects and Microstructure Transformations in Construction Materials (2011 present)
Office address: Institute of Applied Physics of the National Academy of Sciences of Ukraine, 58 Petropavlovskaya Street, 40000 Sumy, UKRAINE
Office phone: (0038) 0542 22 30 27
Office fax: (0038) 0542 22 37 60
E-mail: This email address is being protected from spambots. You need JavaScript enabled to view it.
CV: download
 

Field of research:

  • nonequilibrium phase transitions in condensed matter;
  • microstructure transformations in solids;
  • pattern formation at ion-beam sputtering;
  • nano-size pattern formation on surfaces;
  • noise-induced phenomena (phase transitions, phase separation, pattern formation).
  • chaos in complex dynamical systems;
  • multifractal analysis of complex statistical systems
  • non-extensive statistical systems;
  • self-organized criticality;
  • anomalous diffusion;
  • Analytical and numerical investigations.

Recent publications:

  1. D.O.Kharchenko, V.O.Kharchenko, A.I.Bashtova, Ukr.Phys.Jour., Volume 61, Issue 3, 2016, Pages 265-278.
  2. V.O.Kharchenko, D.O.Kharchenko, A.V.Dvornichenko, Thermal effects in nano-sized adsorbate islands growth processes at vapor deposition, Physica A, Volume 444, 2016, Pages 689-699.
  3. D.O.Kharchenko, V.O.Kharchenko, A.I.Bashtova, A study of void size growth in nonequilibrium stochastic systems of point defects, Eur.Phys.J.B, Volume 89, Issue 5, 2016, 123(11).
  4. D.O.Kharchenko, V.O.Kharchenko, A.I.Bashtova, I.O.Lysenko, Patterning and pattern selection in a surface layer: Feedback between point defects population and surface layer temperature variations, Physica A, volume 463, 2016, Pages 152-162.
  5. В. О. Харченко, Д. О. Харченко, С. В. Кохан, В. В. Яновський, А. В. Дворниченко. Формування нанорозмірних структур адсорбату у процесах конденсації з газової фази, Наносистеми, наноматеріали, нанотехнології, 2016, т. 14, № 1, сс. 47–121.
  6. V.O.Kharchenko, D.O.Kharchenko, Xiaoyong Wu, Bang Wen, Lu Wu, Wei Zhang, An atomic scale study of structural and electronic properties for α-Zirconium with single vacancy and vacancy clusters, Металлофизика и новейшие технологии, 2016, т.38, № 9, с. 1195-1212.
  7. Yu.M.Ovcharenko, S.V.Kokhan, D.O.Kharchenko, Xiaoyong Wu, Bang Wen, Lu Wu, Wei Zhang, A study of atomіc dіsplacements produced in cascades іn irradiated α-Zr by using molecular dynamics simulations, Металлофизика и новейшие технологии, 2016, т.38, № 10, с. 1303-1320.
  8. В. О. Харченко, Д. О. Харченко, І. О. Лисенко, С. В. Кохан, В. В. Яновський, А. В. Дворниченко. Моделювання процесів формування пірамідальних структур при епітаксіяльному рості, Наносистеми, наноматеріали, нанотехнології, 2015, т. 13, № 4, сс. 577–626.
  9. D.O. Kharchenko, O.M.Schokotova, A.I.Bashtova, I.O.Lysenko, A study of phase separation processes in presence of dislocations in binary systems subjected to irradiation, Cond.Mat.Phys., Volume 18, 23003, (2015).
  10. V.O.Kharchenko, D.O.Kharchenko, A.V.Dvornichenko, Scaling properties of pyramidal islands formation process at epitaxial growth, European Physical Journal B, Volume 88, Issue 1, 2015, 11p.
  11. V.O.Kharchenko, D.O.Kharchenko, Statistical properties of abnormal nano-sized adsorbate islands growth in a model of adsorptive multilayer system, Surface Science, Volume 637-638, 1 July 2015, Pages 90-100.
  12. D.O.Kharchenko, V.O.Kharchenko, S.V.Kokhan. Universality and self-similar behaviour of non-equilibrium systems with non-Fickian diffusion, Condensed Matter Physics, 17(3), art. no. 33004 (2014)
  13. V.O.Kharchenko, D.O.Kharchenko, A.V.Dvornichenko. Statistical properties of nanosized clusters on a surface in overdamped stochastic reaction-Cattaneo systems, Surface Science, 630, pp.158-167 (2014)
  14. V.O.Kharchenko, D.O.Kharchenko. Abnormal grain growth in nonequilibrium systems: Effects of point defect patterning, Physical Review E - Statistical, Nonlinear, and Soft Matter Physics, 89(4), art. no. 042133 (2014)
  15. D.O.Kharchenko, V.O.Kharchenko, A.I.Bashtova. Modeling self-organization of nano-size vacancy clusters in stochastic systems subjected to irradiation, Radiation Effects and Defects in Solids, 169(5), pp. 418-436 (2014)
  16. D.O.Kharchenko, O.M.Shchokotova, I.O.Lysenko. Modelling of Radiation Effect on the Deformation of Binary Alloys, Metallofizika i Noveishie Tekhnologii, 35(12), pp.1697-1715 (2013).
  17. D.O.Kharchenko, V.O.Kharchenko, A.I.Bashtova. Simulation of a Spatial Organization of Point Defects in Irradiated Systems, Ukr. J. Phys., 58, N 10, pp.994-1009 (2013).
  18. D.O.Kharchenko, V.O.Kharchenko, T.I.Zhylenko, A.V.Dvornichenko. A study of pyramidal islands formation in epitaxy within the generalized phase-field model, European Physical Journal B, 86(4), art. no. 175 (2013).
  19. V.O.Kharchenko, D.O.Kharchenko. Ab-initio calculations for structural properties of Zr-Nb alloys, Condensed Matter Physics, 16(1), art. no. 13801 (2013).
  20. V.O.Kharchenko, D.O.Kharchenko. Properties of spatial arrangement of V-type defects in irradiated materials: 3D-modelling, Condensed Matter Physics, 16(3), art. no. 33001 (2013).
  21. V.O.Kharchenko, D.O.Kharchenko. Nanosize pattern formation in overdamped stochastic reaction-diffusion systems with interacting adsorbate, Phys.Rev. E, 86, 041143 (2012).
  22. V.O.Kharchenko, D.O.Kharchenko, A.V.Dvornichenko. Properties of Zr - 12.5% Nb and Zr - 25% Nb alloys with hcp and bcc lattices: ab-initio modeling, J. Nano- Electron. Phys.4, N2, 02034 (2012).
  23. V.O.Kharchenko, D.O.Kharchenko, I.O.Lysenko. Modeling of ion-beam induced nano-size surface patterns in anisotropic systems. Nanotechnology Vol. 2: Synthesis and Characterization, Chapter 13, ed. by J.N.Govil, (Studium Press LLC, Houston, USA 2012) p.367.
  24. V.O.Kharchenko, D.O.Kharchenko, S.V.Kokhan, I.V.Vernyhora, V.V.Yanovsky. Properties of nano-islands formation in nonequilibrium reaction-diffusion systems with memory effects, Phys. Scr., 86, 055401 (2012)
  25. Д.O.Харченко, І.O.Лисенко, В.О.Харченко. Моделювання м_кроструктурних перетворень у системах, підданих радіяційному впливу, Usp. Fiz. Met. 13, 1001 (2012).
  26. D.O.Kharchenko, V.O.Kharchenko, S.V.Kokhan, I.O.Lysenko. Modeling of microstructural changes in irradiated systems using the phase field crystal method, Ukr. J. Phys., 57, 1069 (2012).

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