V. Yegorenkov

发表

The Effect of Discharge Chamber Geometry on the Characteristics of Low-Pressure RF Capacitive Discharges

D. Douai, J. Booth, V. Lisovskiy, 2007, IEEE Transactions on Plasma Science.

Alpha–gamma transition in RF capacitive discharge in low-pressure oxygen

V. Lisovskiy, V. Yegorenkov, 2004 .

Modes of longitudinal combined discharge in low pressure nitrogen

V. Lisovskiy, V. Yegorenkov, N. Kharchenko, 2008 .

Current gain of a pulsed DC discharge in low-pressure gases

P. Ogloblina, V. Lisovskiy, V. Yegorenkov, 2016 .

Modes of low-pressure dual-frequency (27/2 MHz) discharges in hydrogen

D. Douai, J. Booth, V. Lisovskiy, 2008 .

Low-pressure gas breakdown in dual-frequency RF electric fields in nitrogen

D. Douai, J. Booth, V. Lisovskiy, 2007 .

Rf discharge dissociative mode in NF3 and SiH4

D. Douai, J. Booth, V. Lisovskiy, 2007 .

Low-pressure gas breakdown in uniform dc electric field

V. Lisovskiy, V. Yegorenkov, S. Yakovin, 2000 .

Simple model of reduced electric field in ambipolar regime of dc discharge positive column in hydrogen

V. Lisovskiy, V. Yegorenkov, E. Artushenko, 2015 .

Electron drift velocity in SF6 in strong electric fields determined from rf breakdown curves

D. Douai, J. Booth, V. Lisovskiy, 2010 .

Rf breakdown of low-pressure gas and a novel method for determination of electron-drift velocities in gases

V. Lisovskiy, V. Yegorenkov, 1998 .

Do fluids always push up objects immersed in them

V. Yegorenkov, Boris M Valiyov, 2000 .

Two-stream whistler instability

V. Yegorenkov, K. Stepanov, 1982 .

CHILD-LANGMUIR LAW FOR CATHODE SHEATH OF GLOW DISCHARGE IN CO 2

V. Lisovskiy, V. Yegorenkov, V. Karazin, 2017 .

Low-pressure gas breakdown in uniform dc electric field

V. Lisovskiy, V. Yegorenkov, S. Yakovin, 2000 .

Electromagnetic loss-cone instability of a plasma

V. Yegorenkov, K. Stepanov, 1973 .

Lecture-room interference demo using a glass plate and a laser beam focused on it

L. A. Ageev, V. Yegorenkov, 2010 .

Reduced electric field in the positive column of the glow discharge in argon

V. Lisovskiy, V. Yegorenkov, K. P. Artushenko, 2015 .

Comparing properties of dc discharges in tubes possessing a hollow cathode or anode in an undergraduate laboratory

V. Lisovskiy, V. Yegorenkov, R. Osmayev, 2019, European Journal of Physics.

The effect of discharge chamber geometry on the ignition of low-pressure rf capacitive discharges

D. Douai, J. Booth, V. Lisovskiy, 2005 .

DC breakdown in low-pressure CF4

V. Lisovskiy, V. Yegorenkov, V. Derevianko, 2015 .

Normal regime of the weak-current mode of an rf capacitive discharge

D. Douai, J. Booth, V. Lisovskiy, 2012 .

Electron drift velocity in silane in strong electric fields determined from rf breakdown curves

D. Douai, J. Booth, V. Lisovskiy, 2005 .

Electron-drift velocity determination in CF4 and SF6 in a strong electric field from breakdown curves of low-pressure RF discharge

V. Lisovskiy, V. Yegorenkov, 1999 .

The Child-Langmuir collision laws for the cathode sheath of glow discharge in nitrogen

V. Lisovskiy, V. Yegorenkov, V. Derevianko, 2014 .

CURRENT GAIN IN UNIPOLAR PULSED DISCHARGE IN LOW-PRESSURE CARBON DIOXIDE

P. Ogloblina, V. Lisovskiy, V. Yegorenkov, 2017 .

Low-pressure gas breakdown in combined fields

V. Yegorenkov, V. Lisovsky, 1994 .

Electron transport parameters in NF3

D. Douai, J. Booth, P. Ogloblina, 2014 .

Applicability of Child–Langmuir collision laws for describing a dc cathode sheath in N2O

V. Lisovskiy, V. Yegorenkov, E. Artushenko, 2013, Journal of Plasma Physics.

Modes and the alpha-gamma transition in rf capacitive discharges in N2O at different rf frequencies

D. Douai, J. Booth, V. Lisovskiy, 2006 .

Double layer onset inside the near-electrode sheath of a RF capacitive discharge in oxygen

V. Lisovskiy, V. Yegorenkov, 2006 .

Electron drift velocity in argon, nitrogen, hydrogen, oxygen and ammonia in strong electric fields determined from rf breakdown curves

D. Douai, J. Booth, V. Lisovskiy, 2006 .

A technique for evaluating the RF voltage across the electrodes of a capacitively-coupled plasma reactor

D. Douai, J. Booth, V. Lisovskiy, 2006 .

Modes of rf capacitive discharge in low-pressure sulfur hexafluoride

D. Douai, J. Booth, V. Lisovskiy, 2007 .

Radial structure of low pressure rf capacitive discharges

V. Lisovskiy, V. Yegorenkov, N. Kharchenko, 2010 .

Applying RF current harmonics for end-point detection during etching multi-layered substrates and cleaning discharge chambers with NF3 discharge

D. Douai, J. Booth, V. Lisovskiy, 2007 .

Synthesis of Nanoparticles and Theoretical Model of Their Retention in Plasma of RF Capacitive Discharge with Vertically Arranged Electrodes in Acetylene

S. Bogatyrenko, V. Lisovskiy, V. Yegorenkov, 2022, ACS omega.

Ambipolar diffusion in strongly electronegative plasma

V. Yegorenkov, V. Lisovskiy, 2012 .

Electric field non-uniformity effect on dc low pressure gas breakdown between flat electrodes

V. Lisovskiy, V. Yegorenkov, A. V. Gapon, 2017 .

In-depth treatment of discharge ignition data during undergraduate laboratory work

V. Lisovskiy, V. Yegorenkov, 2014 .

DC GAS BREAKDOWN AND TOWNSEND DISCHARGE IN CO2

V. Lisovskiy, V. Yegorenkov, S. Dudin, 2020 .

STRUCTURE AND PROPERTIES OF GLOW DISCHARGE IN ARGON WITH HOLLOW CATHODE

V. Lisovskiy, V. Yegorenkov, R. Osmayev, 2019, Problems of Atomic Science and Technology.

Electromagnetic instabilities of finite pressure anisotropic plasma with hot electrons

V. Yegorenkov, K. Stepanov, 1973 .

AXIAL STRUCTURE OF DC GLOW DISCHARGE NEGATIVE GLOW IN NITROGEN

V. Lisovskiy, V. Yegorenkov, V. Karazin, 2012 .

GLOW DISCHARGE WITH A HOLLOW CATHODE IN CARBON DIOXIDE

V. Lisovskiy, V. Yegorenkov, S. Dudin, 2022, Problems of Atomic Science and Technology.

Influence of the inter-electrode gap on the cathode sheath characteristics (voltage drop across it and its thickness)

V. Lisovskiy, V. Yegorenkov, K. P. Artushenko, 2017 .

Child–Langmuir law applicability for a cathode sheath description of glow discharge in hydrogen

V. Lisovskiy, V. Yegorenkov, K. P. Artushenko, 2016 .

Validating the Goldstein–Wehner law for the stratified positive column of dc discharge in an undergraduate laboratory

V. Lisovskiy, V. Yegorenkov, E. Artushenko, 2012 .

Validating the collision-dominated Child–Langmuir law for a dc discharge cathode sheath in an undergraduate laboratory

V. Lisovskiy, V. Yegorenkov, 2009 .

STRATIFICATION OF THE POSITIVE COLUMN OF A DC DISCHARGE IN NITROGEN

V. Lisovskiy, V. Yegorenkov, V. Derevyanko, 2012 .

Historical and pedagogical aspects of a humble instrument

S. Ganci, V. Yegorenkov, 2008 .

CALCULATING REDUCED ELECTRIC FIELD IN DIFFUSION REGIME OF DC DISCHARGE POSITIVE COLUMN

V. Lisovskiy, V. Yegorenkov, V. Karazin, 2015 .

Dc breakdown of low pressure gas in long tubes

V. Lisovskiy, V. Yegorenkov, V. Koval’, 2009 .

VIBRATIONS: Circles in the sand: methods for reproducing Chladni's figures

V. Yegorenkov, Boris M Valiyov, 2005 .

Some simple observations on buoyancy

V. Yegorenkov, Boris M Valiyov, 2007 .

CATHODE DESIGN EFFECT ON GAS BREAKDOWN AND MODES OF BURNING OF THE GLOW DISCHARGE IN NITROGEN

V. Lisovskiy, V. Yegorenkov, V. Karazin, 2018 .

Low-pressure gas breakdown in longitudinal combined electric fields

V. Lisovskiy, V. Yegorenkov, N. Kharchenko, 2010 .

GAS BREAKDOWN IN DC ELECTRIC FIELD IN A DISCHARGE TUBE WITH FLAT AND CONICAL CATHODES

V. Lisovskiy, V. Yegorenkov, V. Karazin, 2014 .

Electron drift velocity in acetylene and carbon dioxide determined from rf breakdown curves

V. Lisovskiy, V. Yegorenkov, S. Dudin, 2022, Physica Scripta.

Rf breakdown of low-pressure gas and a novel method for determination of electron-drift velocities in gases

V. Lisovskiy, V. Yegorenkov, 1998 .

Plasma Conversion of CO2 in DC Glow Discharge with Distributed Gas Injection and Pumping

V. Lisovskiy, V. Yegorenkov, S. Dudin, 2021, 4.