The Faculty of Physics

Chibisov Dmitrij Vasilovich

    Doctor of Physical and Mathematical Sciences, Head of the Department of Mathematics, Physics Faculty of V.N. Karazin Kharkiv National University (KNU) since 2014

    l.: +38 (057) 707-53-07;
    ddress: Office 5-32, Physics Faculty of V.N. Karazin Kharkiv National University, Maidan Svobody, Kharkiv, Ukraine, 61022.
    -mail: dmitriychibisov@karazin.ua

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   Dr. Chibisov was born in Kharkiv, Ukraine on 13 September 1954.
In 1977 he was awarded a Degree with Distinction from Physics and Technology Faculty of Gorkiy Kharkiv State University (KSU).  
PhD thesis "The theory of ion cyclotron and drift turbulence radially inhomogeneous rotating plasma." Research advisor was prof. Mikhailenko V.S. (1991).
Doctoral thesis "Instabilities and turbulence of a plasma with ion flows along and across the magnetic field" (2014).
Dr. Chibisov is a lecturer of courses “Differential equations”, “Methods of mathematical physics”, “Probability theory”
   His main research articles are as follows:
1. V.S. Mikhailenko, D.V. Chibisov, V.V. Mikhailenko Shear-flow-driven ion cyclotron instabilities of magnetic field-aligned flow of in homogeneous plasma // Phys. Plasmas. – 2006. – Vol.13, 10. – Pp. 102105(1) – 102105(6).
2. V.S. Mikhailenko, D.V. Chibisov Shear-flow-driven ion cyclotron and ion sound-drift instabilities of  cylindrical inhomogeneous plasma // Phys. Plasmas. – 2007. – Vol.14, 8. – Pp. 082109(1)– 082109(9).
3. V.S. Mikhailenko, K.N. Stepanov, V.V. Mikhailenko, N.A. Azarenkov, D.V. Chibisov Turbulence of shear flows of magnetized plasmas // Problems of atomic science and technology. – 2009. – 1. – Pp. 64-68.
4. D.V. Chibisov, V.S. Mikhailenko, K.N. Stepanov Oxygen-ion-beam-driven electrostatic ion cyclotron instability in hydrogen plasma // Phys.Plasmas. – 2009. – Vol.16, 7. – Pp. 072902(1)–072902(5).
5. D.V. Chibisov, V.S. Mikhailenko, K.N. Stepanov Current-driven ion cyclotron instability of multicomponent field-aligned sheared flow  // Phys.Plasmas. – 2010. – Vol.17, 8. – Pp. 082903(1)–082903(6).
6. D.V. Chibisov, V.S. Mikhailenko, K.N. Stepanov Ion cyclotron instability of a multicomponent plasma shear flow along the magnetic field (Russian) // Problems of atomic science and technology. – 2010. – 4. – Pp. 155-160.
7. D.V. Chibisov, V.S. Mikhailenko, K.N. Stepanov Three modes of the shear-flow-driven ion cyclotron instability // The Journal of Kharkov National University Physical series Nuclei, Particles, Fields. – 2010. – 933. –  issue 4. – C. 84-91.
8. D.V. Chibisov, V.S. Mikhailenko K.N. Stepanov Shear-flow-driven ion cyclotron instability of multicomponent magnetic-field aligned plasma flow // Problems of atomic science and technology. – 2011. – 1. Pp. 44–46.
9. D.V. Chibisov, V.S. Mikhailenko, K.N. Stepanov The ion kinetic D’Angelo mode // Phys.Plasmas. – 2011. – Vol.18, 10. – Pp. 102105(1)–102107(6).
10. D.V. Chibisov, V.S. Mikhailenko K.N. Stepanov Nonlinear theory of the lower hybrid instability driven by ion spiral beam (Russian) // The Journal of Kharkov National University Physical series: Nuclei, Particles, Fields. – 2011. – 979. – issue 4 (52). – P. 24–28.
11. V.S. Mikhailenko, D.V. Chibisov, M.E. Koepke Excitation mechanisms and spectral properties of the ion-cyclotron parallel-velocity shear driven instability // J. Geophys. Res. – 2012. – Vol. 117, 4. – Pp. A04322(1)–A04322(9).
12. D.V. Chibisov Lower hybrid instability of the ring-ion beam in the magnetic field (Russian) // The Journal of Kharkov National University Physical series: Physics. – 2012. – 1020. –  issue 17. – C. 14–20.
13. D.V. Chibisov, V.S. Mikhailenko The lower hybrid waves driven by inhomogeneous ion-ring distribution // Problems of atomic science and technology. – 2012. – 6. Pp. 99–101.
14. D.V. Chibisov Drift turbulence in plasma of lower hybrid solitary structures in the Earth’s ionosphere (Russian) // The Journal of Kharkov National University Physical series: Nuclei, Particles, Fields. – 2013. – 1059. –  issue 3 (59). – C. 4–9.
15. D.V. Chibisov Ion cyclotron instabilities in multicomponent magnetic field-aligned plasma flow with shear velocity flow // Problems of atomic science and technology. – 2013. – 4. Pp. 125-129.