Anatolii Veklych


















	Anatolii Veklych












POSITION 

 Head of the Physical Electronics Department 

 

 WORK EXPERIENCE 

 1976–1981 

 Student of the Radio Physics Faculty 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 1981–1983 

 Probationer-contributor 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 1983–1986 

 Postgraduate student 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 1987–1990 

 Engineer-constructor 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 1990–2000 

 Junior researcher, Researcher, Senior researcher 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 2001–2015 

 Associate professor 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 2015–2016 

 Professor 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 2015–2016 

 Acting head of the Physical Electronics Department 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 2016–Present 

 Head of the Physical Electronics Department 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

  

 EDUCATION AND TRAINING 

 1981 

 Graduate from the Radio Physics Faculty 

 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 

 

 1997 

 PhD 

 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 

 

 2001 

 Senior Researcher 

 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 

 

 2004 

 Associate professor 

 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 

 

 2014 

 DrSci 

 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 

 

 2016 

 Professor 

 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 

  

 Membership of Professional Societies 

 Ukrainian Physical Society

  Academician of Academy of Sciences of the Higher School of Ukraine

 

  



 



 













   



	

Plasma & Electric Discharge Technologies


Research Fields:

Energy

Key Enabling Technologies

Space 




	

Previous and Current Research






    
	
  •  investigations of multi-component thermal plasma of electric arc discharges between evaporated electrodes (both metal and composite electrodes) in the different kinds of gases mixtures;
    • 
	
  •  investigations of peculiarities of thermal plasma-electrode’s surface interactions (both electrode’s surface behaviour and mass transfer in the electric arc discharge gap);
    • 
	
  •  optical (emission and absorption) spectroscopy techniques in plasma diagnostics;
    • 
	
  •  development of microprocessor systems in plasma source generation and arc discharge investigations;
    • 
	
  •  transport properties of multi-component plasma with metal vapours;
    • 
	
  •  underwater electric spark discharge.
    • 
















 Group leader: Anatolii Veklych, Dr. Sci. (Phys.&Math.), Prof.




	 Special hardware and software complex tools were developed to investigate the physical properties of thermal multicomponent plasma of electric arc discharge in metal vapours by optical spectroscopy. It was found, that the thermal dissociation causes the deviation of local thermodynamic equilibrium in plasma of electric arc between the melting copper electrodes in various molecular gases (air or carbon dioxide). This threshold phenomenon is determined by the ratio of the inputted into discharge energy and dissociation energy of molecular gas. To describe a chemically non-equilibrium thermal plasma of molecular gas the two-temperature model is developed. It is shown that a plasma thermal conductivity of discharge in molecular gases, in contrast to the electrical conductivity, does not depend on a presence of copper impurities in plasma in the temperature range 5000 – 9000 K. This conductivity is determined by its reaction component, which is caused by dissociation of molecules. The relation of plasma parameters of arc discharge in air between composite electrodes and à presence of secondary structure on the surface of electrodes is found. For the first time the radial distribution of copper atom concentrations in plasma was measured in a discharge gap with a presence of a drop. The influence of Cu I spectral lines’ reabsorption in the radiation of multicomponent thermal plasma with copper impurities is studied. It is proposed to use the thermal plasma of electric arc between multicomponent electrodes as plasma source for the spectral lines and spectroscopic data selection.


 



Methodological and Technical Expertise



	 Member of Committees of the International Conferences:







    
	
  •  International Conference - Electrodes and Contacts (EC)
    • 
	
  •  International Symposium on Physics of Switching Arc (FSO)
    • 
	
  •  International Conference - High-Tech Plasma Processes (HTPP)
    • 
	
  •  International Conference - Plasma Physics & Plasma Technology (PPPT)
    • 












	 Member of Organizing Committees of the International Young Scientists’ Conferences on Applied Physics (Kyiv, Ukraine) and International Conferences “Electronics and Applied Physics” (Kyiv, Ukraine)


 


Selected Publications

1. Murmantsev, A. Veklich, M. Kleshych, S. Fesenko, V. Boretskij.

 Peculiarities of optical emission spectroscopy of Copper–Chromium-air

 
plasma // Astronomische Nachrichten, 2022, 343(1-2), e210106

 

 2. T. Tmenova, F. Valensi, A. Veklich, Y. Cressault, V. Boretskij.

 Spectroscopic Analysis of Pulsed Underwater Spark for Nanoparticles

 
Synthesis Using Cu and Mo Electrodes // 2021 IEEE 16th Nanotechnology

 Materials and Devices Conference, NMDC 2021, 2021

 

 3. A. Veklich, S. Fesenko, A. Murmantsev, V. Boretskij. Estimation of the role

 
of radiation in the plasma of electric arc discharge between Cu-C composites

 // Problems of Atomic Science and Technology, 2021, 134(4), pp. 157–161

 

 4. Murmantsev, A. Veklich, V. Boretskij. Spectroscopy peculiarities of electric

 
arc discharge plasma with iron vapours // Problems of Atomic Science and

 Technology, 2021, 131(1), pp. 171–175

 

 5. Murmantsev, A. Veklich, V. Boretskij, L. Dostál, J. Píška, D. Šimek, A.

 Tolochyn. Composite Cu-Cr materials under thermal action of electric arc

 
discharge plasma // Problems of Atomic Science and Technology, 2021,

 131(1), pp. 98–101

 

 6. M. Baeva, V.F. Boretskij, R. Methling, O.A. Murmantsev, D. Uhrlandt, A.

 Veklich. Unified modelling of low-current short-length arcs between copper

 
electrodes // Journal of Physics D: Applied Physics, 2021, 54(2), 025203

 

 7. A. Veklich, T. Tmenova, O. Zazimko, V. Trach, K. Lopatko, L. Titova, V.

 Boretskij, Ye. Aftandiliants, S. Lopatko, I. Rogovskiy. Regulation of

 
Biological Processes with Complexions of Metals Produced by Underwater

 
Spark Discharge // Springer Proceedings in Physics, 2020, 247, pp. 283–306


Contacts


veklich.an.n@knu.ua