V. Mikhailenko

发表

Electrochemical method of obtaining copper (II) oxide powders in alkaline electrolyte

V. Demyan, V. Mikhailenko, I. Zhukova, 2021, Journal of Physics: Conference Series.

The ion-acoustic instability of the inductively coupled plasma driven by the ponderomotive electron current formed in the skin layer

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2020 .

Renormalized non-modal theory of the kinetic drift instability of plasma shear flows

V. Mikhailenko, V. Mikhailenko, K. Stepanov, 2011 .

Rayleigh–Taylor instability in plasmas with shear flow

J. Weiland, V. Mikhailenko, V. Mikhailenko, 2002 .

The temporal evolution of the resistive pressure-gradient-driven turbulence and anomalous transport in shear flow across the magnetic field

H. Lee, V. Mikhailenko, V. Mikhailenko, 2017 .

Non-modal theory of the kinetic ion temperature gradient driven instability of plasma shear flows across the magnetic field

H. Lee, V. Mikhailenko, V. Mikhailenko, 2016 .

Anomalous transport of particles in plasma flow with strong inhomogeneous velocity shear

V. Mikhailenko, N. Azarenkov, V. Mikhailenko, 2008 .

Temporal evolution of drift Alfvén waves and instabilities in an inhomogeneous plasma with homogeneous shear flow.

M. Heyn, S. Mahajan, V. Mikhailenko, 2002, Physical review. E, Statistical, nonlinear, and soft matter physics.

The temporal evolution of the kinetic drift-Alfven instability of plasma shear flow

H. Lee, V. Mikhailenko, M. Koepke, 2013, 1304.5701.

The combined kinetic effects of the ion temperature gradient and the velocity shear of a plasma flow parallel to the magnetic field on the drift-Alfven instabilities

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2020 .

Drift–Alfven instabilities of a parallel shearing flow of the finite beta plasma with warm ions: The effect of the compressional magnetic field perturbations

H. Lee, V. Mikhailenko, V. Mikhailenko, 2017 .

Drift-Alfven turbulence of a parallel shearing flow of the finite beta plasma with warm ions

H. Lee, V. Mikhailenko, V. Mikhailenko, 2016 .

Renormalized theory of ion temperature gradient instability of the magnetic-field-aligned plasma shear flow with hot ions

H. Lee, V. Mikhailenko, V. Mikhailenko, 2015 .

The electromagnetic ion cyclotron instabilities of a plasma with parallel sheared current

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2019, Physics of Plasmas.

Drift–Alfven instabilities of a finite beta plasma shear flow along a magnetic field

H. Lee, V. Mikhailenko, V. Mikhailenko, 2016 .

Turbulence Evolution in Plasma Shear Flows

V. Mikhailenko, V. Mikhailenko, K. Stepanov, 2010 .

Renormalized theory of drift turbulence in plasma shear flows

V. Mikhailenko, V. Mikhailenko, K. Stepanov, 2010 .

Kinetic theory of the stability of the inhomogeneous plasmas with transverse inhomogeneous electric field

V. Mikhailenko, V. Mikhailenko, 2006 .

The nonmodal kinetic theory for the electrostatic instabilities of a plasma with a sheared Hall current

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2019, Physics of Plasmas.

Anomalous convective transport of the tokamak edge plasma, caused by the inhomogeneous ion cyclotron parametric turbulence

H. Lee, V. Mikhailenko, V. Mikhailenko, 2022, Physics of Plasmas.

Interaction of the fast wave with a scrape-off layer plasma in tokamaks. The ion cyclotron parametric instabilities and the anomalous heating of ions

H. Lee, V. Mikhailenko, V. Mikhailenko, 2020, 2001.00965.

Non-modal kinetic theory of the stability of the compressed-sheared plasma flows generated by the inhomogeneous microscale turbulence in the tokamak edge plasma

H. Lee, V. Mikhailenko, V. Mikhailenko, 2023, 2301.03267.

Nonlinear shearing modes approach to the diocotron instability of a planar electron strip

H. Lee, V. Mikhailenko, V. Mikhailenko, 2015 .

The stabilizing effect of a conducting boundary on the diocotron instability of nonneutral electron flow

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2015 .

Non-modal analysis of the diocotron instability for cylindrical geometry with conducting boundary

H. Lee, V. Mikhailenko, Jin Seok Kim, 2014 .

Non-modal analysis of the diocotron instability: Cylindrical geometry

H. Lee, V. Mikhailenko, N. Azarenkov, 2013 .

The ion acoustic instability of the cylindrical inhomogeneous helicon discharge plasma with rotating electrons

H. Lee, V. Mikhailenko, V. Mikhailenko, 2022, 2205.00249.

The ion acoustic instability of the rotating cylindrical helicon discharge plasma

H. Lee, V. Mikhailenko, V. Mikhailenko, 2022, 2202.02722.

Ion-sound parametric turbulence and anomalous electron heating with application to helicon plasma sources

A. Akhiezer, V. Mikhailenko, K. Stepanov, 1998 .

A Strong Instability in the Ion Cyclotron Frequency Range of the Upward Sheared Flow of the Oxygen Ions in Aurora

H. Lee, V. Mikhailenko, V. Mikhailenko, 2020, Journal of the Korean Physical Society.

Excitation mechanisms and spectral properties of the ion-cyclotron parallel-velocity shear driven instability

M. Koepke, V. Mikhailenko, D. Chibisov, 2012 .

Current-driven ion cyclotron instability of multicomponent field-aligned sheared flow

V. Mikhailenko, K. Stepanov, D. Chibisov, 2010 .

Shear-flow-driven ion cyclotron and ion sound-drift instabilities of cylindrical inhomogeneous plasma

V. Mikhailenko, D. Chibisov, 2007 .

Response to “Comment on ‘Kinetic theory of the stability of the inhomogeneous plasmas with transverse inhomogeneous electric field’ ” [Phys. Plasmas 13, 104703 (2006)]

V. Mikhailenko, 2006 .

Ion cyclotron instabilities of parallel shear flow of collisional plasma

V. Mikhailenko, V. Mikhailenko, K. Stepanov, 2008 .

RF absorption and ion heating in helicon sources.

J. Kline, E. Scime, A. Keesee, 2002, Physical review letters.

The temporal evolution of the drift-cyclotron instability and anomalous ion heating in plasmas with transverse inhomogeneous electric field

H. Lee, V. Mikhailenko, V. Mikhailenko, 2017 .

The inhomogeneous ion temperature anisotropy instabilities of magnetic-field-aligned plasma sheared flow

H. Lee, V. Mikhailenko, V. Mikhailenko, 2016 .

Oxygen-ion-beam-driven electrostatic ion cyclotron instability of hydrogen plasma

V. Mikhailenko, K. Stepanov, D. Chibisov, 2009 .

Response to “Comment on ‘The ion-kinetic D'Angelo mode’” [Phys. Plasmas 22, 044703 (2015)]

V. Mikhailenko, D. Chibisov, 2015 .

Shear-flow-driven ion cyclotron instabilities of magnetic field-aligned flow of inhomogeneous plasma

V. Mikhailenko, V. Mikhailenko, D. Chibisov, 2006 .

The ion kinetic D’Angelo mode

V. Mikhailenko, K. Stepanov, D. Chibisov, 2011 .

Effect of ion cyclotron parametric turbulence on the generation of edge suprathermal ions during ion cyclotron plasma heating

Earl Scime, E. Scime, V. S. Mikhailenko, 2004 .

Stability of stratified flow with inhomogeneous shear.

V. Mikhailenko, E. Scime, V. Mikhailenko, 2004, Physical review. E, Statistical, nonlinear, and soft matter physics.

Kinetic effects of E × B sheared flow on the hydrodynamic drift instabilities

H. Lee, V. Mikhailenko, M. Koepke, 2013 .

Non-modal analysis of the diocotron instability: Plane geometry

V. Mikhailenko, V. Mikhailenko, H. J. Lee, 2012, 1205.2666.

Decay instability of a lower hybrid wave

V. Mikhailenko, K. Stepanov, D. Maslennikov, 2000 .

Nonlinear theory of ion cyclotron decay instability

V. Mikhailenko, K. Stepanov, 1992 .

Toroidal ion temperature gradient driven instability in plasma with shear flow

J. Weiland, V. Mikhailenko, 2002 .

Temporal evolution of linear drift waves in a collisional plasma with homogeneous shear flow

V. Mikhailenko, V. Mikhailenko, K. Stepanov, 2000 .

Parametric turbulence-sustained gas discharges

A. Akhiezer, V. Mikhailenko, K. Stepanov, 2000 .

Strong ion-sound parametric turbulence and anomalous anisotropic plasma heating in helicon plasma sources

V. Mikhailenko, K. Stepanov, E. Scime, 2003 .

MODE CONVERSION AND WAVE DAMPING IN THE LOW FREQUENCY RANGE

T. Kaladze, A. I. Pyatak, V. Mikhailenko, 1981 .

Renormalized theory of the ion cyclotron turbulence in magnetic field-aligned plasma shear flow

V. Mikhailenko, N. Azarenkov, V. Mikhailenko, 2008, 0810.0362.