Igor Anisimov


















	Igor Anisimov












POSITION 


Dean of the Faculty of Radio Physics, Electronics and Computer Systems


 


 WORK EXPERIENCE 


 1975–1980 


 Student of the Radio Physics Faculty


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 1980–1989 


Assistant professor 


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 1989–2001 


Associate professor 


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 2001–2002 


Professor 


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 2002–2007 


Head of the Electron Physics Cathedra


 Taras Shevchenko national University of Kyiv, Kyiv (Ukraine) 


 


 2007–Present 


Dean of the Radio Physics Faculty


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 2012–2015 


Head of the Electron Physics Cathedra


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


  
  

 EDUCATION AND TRAINING 


 1980 


Graduate from the Radio Physics Faculty 


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


 


 1987 


PhD 


 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 


 


 1990 


Associate professor 


 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 





 2001 


DrSci 


 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 






 2003 


Professor 


 Taras Shevchenko National University of Kiev, Kyiv (Ukraine) 





 1999 


Doctorate in Political Sciences


 Taras Shevchenko National University of Kyiv, Kyiv (Ukraine) 


  
  

 HONORS 


 1995 


Soros docent



 


 2009 


Honored Science and Technology Worker of Ukraine



 


 2011 


N.D.Morgulis prize of National Academy of Science of Ukraine





  


















   



	

Plasma electronics: Interaction of electron beams and bunches with plasma; PIC simulation of the beam-plasma interaction; Waves excitation by electron beams and bunches in plasmas; Chaos in the simple radio electronic systems


Research Fields:

Energy

Key Enabling Technologies




	

Previous and Current Research


 

 

     
  
  • electromagnetic waves’ propagation in plasmas;
    • 
 
  
  • interaction of electron beams with plasmas;
    • 
 
  
  • radioemission of electron beams and bunches in plasmas, including space and ionospheric plasmas;
    • 
 
  
  • wake waves excitation in plasmas by electron bunches;
    • 
 
  
  • computer PIC simulation of gas discharges and beam-plasma interaction;
    • 
 
  
  • dissipative structures in non-equilibrium plasmas;
    • 
 
  
  • chaos in the simple radio electronic systems.
    • 
 

 


 

Group leader: Igor Anisimov, Dr. Sci. (Phys.&Math.), Prof.

 

 
  
Transillumination of the plasma barriers for electromagnetic waves using electron beams: theory, experiment and computer simulation (co-authors prof. S.M.Levitsky, prof . L.I.Romanuyk et. al.)

 
  
Possibility to detect transition radiation of the modulated electron beams in the active experiments in the ionosphere (co-authors prof. S.M.Levitsky, associate prof. O.I.Kel’nyk et. al.)

 
  
Possibility to use the transition radiation of electron bunches and modulated electron beams for the inhomogeneous plasma diagnostics (co-authors K.I.Luybych et. al.)

 
  
Study of the density profile deformation of the weakly inhomogeneous plasma during its interaction with the modulated electron beam (co-authors Dr. S.V.Soroka, Dr. T.Eu.Litoshenko et. al.)

 
  
Electron bunches' dynamics and wake field excitation in the inhomogeneous and magnetized plasma (co-authors Dr. T.Eu.Litoshenko, Yu.M.Tolochkevich et. al.)

 
  
Chaotic dynamics of KPR noise generator and coupled nonlinear oscillators (co-authors Dr. T.V.Siversky, S.S.Siaber et. al.)

 

 


Methodological and Technical Expertise


Member of the Bureau of the Scientific Council on the Problem “Plasma Physics and Plasma Electronics”, Department of Nuclear Physics and Power Engineering, National Academy of Science of Ukraine

 

Chief Editor of Journal “Bulletin of Taras Shevchenko National University of Kyiv. Radio Physics and Electronics”

 

Member of the Editorial Boards of Journals “Bulletin of Taras Shevchenko National University of Kyiv. Physics and Mathematics”, "Radioelectronics and Communications Systems (Izvestiya Vysshikh Uchebnykh Zavedenii. Radioelektronika)" (Kiev, Ukraine) and “Problems of Atomic Science and Technologies. Plasma Physics” (Kharkiv, Ukraine)

 

Member of Program Committees of the International Conferences “Plasma Electronics and New Acceleration Methods” (Kharkiv, Ukraine), International Schools and Conferences on Plasma Physics and Controlled Fusion (Kharkiv, Ukraine), Ukrainian National Conferences on Plasma Physics and Controlled Fusion (Kyiv, Ukraine)

 

Co-chairmen 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



I.O.Anisimov.


  Synergetics. Manual for Students. 


Kyiv, Kyiv University Editorial Centre, 2014. – 511 pp. (in Ukrainian)






I.O.Anisimov. 


   Oscillations and Waves.


Manual for Students. Ed.1, Kyiv, Akadempres, 2003. – 280 pp. Ed.2, Kyiv, Kyiv University Editorial Centre, 2009. – 400 pp. (in Ukrainian)






I.O.Anisimov and M.A.Shcherbinin.


  Dynamics of short electron bunches and wakefields excited by them in plasma with and without a longitudinal magnetic field.  


Ukrainian Journal of Physics 2016, Vol.61, No 8. Pp.687-695.






D.I.Dadyka and I.O.Anisimov.


 2D simulation of the initial stage of the beam-plasma discharge.   


Problems of Atomic Science and Technology. 2015, ¹1 (95). Series: Plasma Physics (21). Pp.149-151.






Yu.M. Tolochkevich, I.O. Anisimov, T.E. Litoshenko. 


 Dynamics of charged bunches in the wakefield excited by them in plasma.   


Ukr. J. Phys. 2015. Vol. 60, No. 1 Pp.15-21.






S.S.Syaber, I.O.Anisimov. 


 Transformation of the spectrum of coupled nonlinear oscillators during transition to the chaotic dynamic.   


Problems of Atomic Science and Technology. 2014, ¹6 (94). Series: Plasma Physics (20). Pp.120-123.






Yu.M.Tolochkevich, T.E.Litoshenko, I.O. Anisimov. 


 Cylindrical charged bunches dynamics in the longitudinally inhomogeneous plasma.  


Problems of Atomic Science and Technology. Series: Plasma Electronics and New Acceleration Methods (8). 2013. ¹4 (86). Pp.34-37.






I.O.Anisimov and M.J.Soloviova. 


 The evolution of a modulated electron beam in a dense plasma barrier.  


Plasma Physics and Controlled Fusion. Volume 53. Number 7, July 2011. 074007 (11pp).






I.O.Anisimov, M.J.Soloviova, T.Eu.Litoshenko. 


 Dynamics of the Modulated Electron Beam in the Inhomogeneous Plasma Barrier: One-Dimensional Simulation.   


Journal of Plasma and Fusion Research SERIES (2009), 8, 0837-0841.






T.Eu.Litoshenko and I.O.Anisimov. 


 Structures' Formation in Inhomogeneous Plasma Excited by Thin Modulated Electron Beam.  


Journal of Plasma and Fusion Research SERIES (2009), 8, 0848-0851.






I.O.Anisimov and M.J.Kiyanchuk. 


 Evolution of a Modulated Electron Beam in Plasma for Different Modes of Beam-plasma Turbulence.   


Ukrainian Journal of Physics (2008), 53, No4, 381-387.






K.S.Musatenko, I.O.Anisimov. 


 Transition Radiation of Relativistic Electrons from the Interplanetary Shock.   


Ukrainian Journal of Physics (2008), 53, No5, 414-419.






I.O.Anisimov, M.J.Soloviova. 


 Dynamics of the modulated electron beam in the inhomogeneous plasma barrier: kinetic effects.   


Problems of Atomic Science and Technology. Series: Plasma Physics (2008), No6, 129-131.







I.O.Anisimov, O.I. Kelnyk, T.V. Siversky, S.V. Soroka.


 Interaction of the Modulated Electron Beam with Inhomogeneous Plasma: Plasma Density Profile Deformation and Langmuir Waves Excitation.  


Problems of Atomic Science and Technology. Series: Plasma Physics (2005), No2, 122-124.






Yang Yong, Zhao Zhen-yu, I.O.Anisimov. 


 Electromagnetic wave excitation by a modulated electron beam injected from spacecraft into the ionosphere.  


Chinese Journal of Geophysics (2005), 45, No6, 977-984.






I.O.Anisimov, O.I.Kelnyk, C.Krafft, T.V.Nychyporuk. 


 Whistler Wave Emission by a Modulated Electron Beam on a Metal-Plasma Boundary.  


Problems of Atomic Science and Technology. Plasma Electronics and New Acceleration Methods (2003), No4, 74-77.







I.O.Anisimov, K.I.Lyubich. 


Plasma-object diagnostics via resonant transitional radiation from an electron bunch.   


Journal of Plasma Physics. Vol.66. Part 3. 2001. P. 157-165.






I.O.Anisimov, O.A.Borisov. 


 Electrical Field Excitation in Non-Uniform Plasma by a Modulated Electron Beam.   


Physica Scripta. Vol.62. No5. 2000. P. 375-380.






I.O.Anisimov, N.O.Boyko, S.V.Dovbakh, D.B.Palets, L.I.Romanyuk. 


 Influence of the electron beam initial modulation on its evolution in the supercrytical plasma.  


Ukr. Fiz. Zhurn. (2000), 45, No11, 1318-1323 (in Ukrainian).






I.O.Anisimov, A.M.Didovyk, T.V.Siversky. 


 Modified theory of Kiyashko - Pikovsky - Rabinovich noise generator.   


Bulletin of Kyiv University. Physics and Mathematics (2000), No2, 367-374.







I.O.Anisimov. 


  HF Transitional Radiation of the Modulated Electron Stream Moving Through the Three-Dimensional Inhomogeneity of the Isotropic Plasma.  


J.Tech. Phys. (1999), 40, No1, 337-340.







I.A.Anisimov, S.M.Levitsky. 


 On the possibility to observe transition radioemission in active beam-plasma experiments in the upper atmosphere and ionosphere.   


Fizika plazmy (1994), No9, 126- 132 (in Russian).







I.A.Anisimov, S.M.Levitsky, A.V.Opanasenko.


 Experimental detection of the plasma wave barrier’s transillumination via electron beam.   


Zhurn. Tekhn. Fiz. (1991), 61, No3, 59- 63 (in Russian).






I.A.Anisimov, S.M.Levitsky. 


 Electromagnetic waves’ transport through the dense plasma layer via electron beam.  


Zhurn. Tekhn. Fiz. (1989), 59, No7, 50-54 (in Russian).



Contacts




ioa@univ.kiev.ua