List of the scientific publications
of the Dr. Sci., Professor Khodataev K.V.
1. Dmitry Bychkov, Igor Esakov, Lev Grachev, Kirill Khodataev. Effective Area of
Microwave Discharge Interaction with EM Beam Exciting It. 48th AIAA Aerospace
Sciences Meeting and Exhibition. 4-8 January 2010, Orlando, Florida. Paper AIAA 20101002.
2. Igor I.Esakov, Lev P.Grachev, Kirill V.Khodataev, Viacheslav A.Vinogradov and
D.M.Van Wie. A System of Deeply Subcritical Microwave Discharges in a Supersonic
Air Stream. 48th AIAA Aerospace Sciences Meeting and Exhibition. 4-8 January 2010,
Orlando, Florida. Paper AIAA 2010-1197.
3. Konstantin K. Aleksandrov, Igor I. Esakov, Lev P. Grachev, Kirill V. Khodataev, Pavel
B. Lavrov, Alexander A. Ravaev. Boundary-Layer Control Based on Localized Plasma
Generation: Development of the Microwave System. 48th AIAA Aerospace Sciences
Meeting and Exhibition. 4-8 January 2010, Orlando, Florida. Paper AIAA 2010- 1003.
4. Igor I. Esakov, Kirill V. Khodataev, Pavel B. Lavrov, Alexander A. Ravaev.
Electrodynamic Problems of Boundary-Layer Control Method Based on Array of
Microwave-Heated Elements. 48th AIAA Aerospace Sciences Meeting and Exhibition. 48 January 2010, Orlando, Florida. Paper AIAA 2010-1006.
5. Alexander A. Ravaev, Igor I. Esakov, Kirill V. Khodataev, and Pavel B. Lavrov. Physical
Grounds of Excitation of Linear Electromagnetic Vibrators in Proximity of a Conducting
Surface. 48th AIAA Aerospace Sciences Meeting and Exhibition. 4-8 January 2010,
Orlando, Florida. Paper AIAA 2010-0834.
6. Konstantin V. Alexandrov, Eugeny B. Alfeev, Lev P. Grachev, Igor I Esakov, Alexei I.
Khomenko.and Kirill V. Khodataev. Experimental study of surface-volumetric discharge
transition at various polarization and angle of falling of microwave radiation. 48th
AIAA Aerospace Sciences Meeting and Exhibition. 4-8 January 2010, Orlando, Florida.
Paper AIAA 2010-1193.
7. Kirill V. Khodataev. The Nature of Surface MW Discharges. 48th AIAA Aerospace
Sciences Meeting and Exhibition. 4-8 January 2010, Orlando, Florida. Paper AIAA 20101378.
8. Igor I. Esakov, Lev. Grachev, Kirill V. Khodataev, Alexander A.Ravaev, Nina F.
Yurchenko, Pavel Vynogradskyy, Alexander Zhdanov. Initiated Surface Microwave
Discharge as an Efficient Active Boundary-Layer Control Method. 47th AIAA Aerospace
Sciences Meeting and Exhibition. 5-8 January 2009, Orlando, Florida. Paper AIAA 2009889.
9. Kirill V. Khodataev. Microwave breakdown threshold at low and high pressure. 47th
AIAA Aerospace Sciences Meeting and Exhibition. 5-8 January 2009, Orlando, Florida.
Paper AIAA 2009-1410.
10. Kirill V. Khodataev. Numerical study of the contactlessly fed vibrators system destined
for at surface airflow heating. 47th AIAA Aerospace Sciences Meeting and Exhibition.
5-8 January 2009, Orlando, Florida. Paper AIAA 2009-1228.
11. Konstantin V. Alexandrov, Eugeny B. Alfeev, Lev P. Grachev, Igor I Esakov, Alexei I.
Khomenko, Kirill V. Khodataev, Vyacheclav A. Vinigradov. Experimental investigation
of a surface discharge in focused beam of microwave radiation at wavelength of 2.5cm
and 8.9cm. 47th AIAA Aerospace Sciences Meeting and Exhibition. 5-8 January 2009,
Orlando, Florida. Paper AIAA 2009-845.
12. N.Yurchenko, Yu.Paramonov, P.Vinogradskyy, Pavlovskyy, A.Zdanov, M.Lasarian,
I.Esakov, K.Khodataev, A.Ravaev. Control flow characteristics using localized plasma
discharges. 47th AIAA Aerospace Sciences Meeting and Exhibition. 5-8 January 2009,
Orlando, Florida. Paper AIAA 2009-1227.
13. Dmitry V. Bychkov, Igor I. Esakov, Lev P. Grachev, Kirill V. Khodataev, David M. Van
Wie. Electrical Discharge in Deeply Subcritical Field of Microwave Beam in a HighSpeed Air Stream and in Propane-Air Mixture. 47th AIAA Aerospace Sciences Meeting
and Exhibition. 5-8 January 2009, Orlando, Florida. Paper AIAA 2009-1551.
14. Konstantin V. Alexandrov, Igor I. Esakov, Lev P. Grachev and Kirill V. Khodataev.
Experimental study of detonation in propane-air mix initiated by pulse microwave
discharge. 46th AIAA Aerospace Sciences Meeting 7-10 January 2008, Reno, NV, USA.
Paper AIAA-2008-1406
15. Kirill V. Khodataev. Propagation of Microwave Subcritical Streamer Discharge Against
Radiation by Brunching and Looping. 46th AIAA Aerospace Sciences Meeting 7-10
January 2008, Reno, NV, USA. Paper AIAA-2008-1405
16. Igor I.Esakov, Lev P.Grachev, Kirill V.Khodataev, Viacheslav A.Vinogradov, David
M.Van Wie. Deeply subcritical MW discharge in the submerged stream of propane-air
mixture. 46th AIAA Aerospace Sciences Meeting 7-10 January 2008, Reno, NV, USA.
Paper AIAA-2008-1403
17. Vladimir L. Bychkov, Igor I.Esakov, Lev P.Grachev, Kirill V.Khodataev. A microwave
discharge initiated by loop-shaped electromagnetic vibrator on a surface of
radiotransparent plate in airflow. 46th AIAA Aerospace Sciences Meeting 7-10 January
2008, Reno, NV, USA. Paper AIAA-2008-1407
18. Kirill Khodataev . Various types of initiators for attached undercritical MW discharge
ignition. 45th AIAA Aerospace Sciences Meeting 8-11 January 2007, Reno, NV. Paper
AIAA-2007-0431
19. Kirill V. Khodataev. Standing Sub-Compressed Detonation Wave in Hypersonic
Combustible Mix Flow Sustained by Undercritical Microwave Discharge. 45th AIAA
Aerospace Sciences Meeting 8-11 January 2007, Reno, NV. Paper AIAA-2007-1026
20. Kirill V. Khodataev. Factors defining propagation of microwave subcritical streamer
discharge against radiation. 7th Workshop on Magneto-Plasma Aerodynamics, March
27-29, 2007, Moscow, Russia
21. Igor Esakov, Lev Grachev, Kirill Khodataev and David Van Wie. Microwave Discharge
in Quasi-optical Wave Beam. 45th AIAA Aerospace Sciences Meeting 8-11 January
2007, Reno, NV. Paper AIAA-2007-0433
22. Kirill V. Khodataev. Electrodynamics of many vibrators system for fuel ignition. 44rd
AIAA Aerospace Sciences Meeting 9-12 January 2006, Reno, NV. Paper AIAA-20061211
23. Kirill V. Khodataev. Investigation of undercritical microwave discharge ability to
propagate limitlessly by continuous branching of the streamer. 44rd AIAA Aerospace
Sciences Meeting 9-12 January 2006, Reno, NV. Paper AIAA-2006-0789
24. Igor Esakov, Lev Grachev, Kirill Khodataev and David Van Wie. Efficiency of PropaneAir Mixture Combustion Assisted by Deeply Undercritical MW Discharge in Cold HighSpeed Airflowt. 44rd AIAA Aerospace Sciences Meeting 9-12 January 2006, Reno, NV.
Paper AIAA-2006-1212
25. K.V.Alexandrov, L.P.Grachev, I.I.Esakov, V.V.Fedorov, and K.V.Khodataev. Domain of
existence of various types of microwave discharge in quasi-optical electromagnetic
beams. Technical Physics, 2006, Vol. 51, No. 11, pp. 1448-1456)
26. Kirill V. Khodataev. Weak detonation wave ignition and sustaining in over CJ-speed flow
by means of undercritical microwave discharge. Symposium on «Thermo-chemical and
plasma processes in aerodynamics». Sankt-Petersburg. 19-21 June, 2006
27. V.L.Bychkov, I.I.Esakov, L.P.Grachev, K.V.Khodataev, A.Yu.Lomteva. A formulation of
experiments on propane injection to longitudinal DC discharge in a supersonic airflow.
2nd International Workshop and Exhibition on Plasma Assisted Combustion (IWEPAC2), September 19-21, 2006
28. K.Khodataev. Numerical Modeling of the Combustion, Assisted by the Microwave
Undercritical Attached Discharge in SupersonicFlow. 43nd AIAA Aerospace Sciences
Meeting 10-13 January 2005, Reno, NV. Paper AIAA-2005-0985
29. K.Khodataev. The Power Effectivity of a Microwave Undercritical Attached Discharge,
Initiated by Resonant Vibrator. 43nd AIAA Aerospace Sciences Meeting 10-13 January
2005, Reno, NV. Paper AIAA-2005-0596
30. Esakov, L. Grachev, K. Khodataev, and D. Van Wie. Efficiency of Microwave
Discharges for Propane Ignition in Cold High-Speed Airflows. 43nd AIAA Aerospace
Sciences Meeting 10-13 January 2005, Reno, NV. Paper AIAA-2005- 0989
31. K.Khodataev. Development scenario and main parameters of different types of the
microwave streamer discharges. Proc. of 6th Workshop on Magnetoplasma
Aerodynamics for Aerospace Applications. May 24-27, 2005. Institute of High
Temperatures RAS, Moscow, Russia. V.2, pp. 556-564
32. K.Khodataev. Electrodynamics of the undercritical microwave discharges. Proc. of 6th
Workshop on Magnetoplasma Aerodynamics for Aerospace Applications. May 24-27,
2005. Institute of High Temperatures RAS, Moscow, Russia
33. Kirill V. Khodataev. The initial phase of initiated undercritical microwave discharge.
Proc. of 43-rd AIAA Aerospace Sciences Meeting and Exhibit, 10-13 January 2005,
Reno, NV, USA. Paper AIAA-2005-0598
34. V. Bychkov, I. Esakov, L. Grachev, K. Khodataev, A. Askinazy, P. Kuznetsov, B.
Farmakovsky, and D. VanWie. Creation of Radio Transparent Materials on a Basis of
Metallic Microwires in Glass Isolation for Fuel Ignition Systems with a Help of
Microwave Discharges. 43rd AIAA Aerospace Sciences Meeting and Exhibit, 10-13
January 2005, Reno, NV, USA. Paper AIAA 2005-1198
35. Kirill V. Khodataev. The physical basis of the high ability of the streamer MW discharge
to a resonant absorption of MW radiation. 42nd AIAA Aerospace Sciences Meeting 5-8
January 2004, Reno, NV. Paper AIAA-2004-0180
36. Kirill V. Khodataev. Numerical modeling of the lateral force creation by surface
undercritical microwave discharge. 42nd AIAA Aerospace Sciences Meeting 5-8
January 2004, Reno, NV. Paper AIAA-2004-0672
37. Igor Esakov, Lev Grachev, Kirill Khodataev and David Van Wie. Experiments on
propane ignition in a high-speed airflow with a help of deeply undercritical microwave
discharge. 42nd AIAA Aerospace Sciences Meeting 5-8 January 2004, Reno, NV. Paper
AIAA-2004-0840
38. I.I.Esakov, V.L.Bychkov, L.P. Grachev, K.V. Khodataev. Plasma-Aerodynamic Forces
Created by Microwave Discharge// The International Symposium “Thermochemical a
and plasma processes in aerodynamics. Saint-Petersburg. 12-14 July 2004. Paper, p.24
39. Kirill V. Khodataev. Pinch-effect in resonant streamer discharge of high-pressure in
microwave open resonator. //Международная научно-техническая конференция
«Портативные генераторы нейтронов и технологии на их основе». ВНИИА им.
Н.Л. Духова, 18-22 октября 2004г, Москва
40. V. L. Bychkov, L. P. Grachev, I. I. Esakov, A. A. Ravaev, and K. V. Khodataev .
Longitudinal DC Electric Discharge in a Supersonic Air Flow. Technical Physics Vol.
49, No. 7, 2004, p. 833
41. K.V.Alexandrov, L.P.Grachev, I.I.Esakov, S.M.Pokras and K.V.Khodataev. Pulsed
microwave discharge inatmospheric air in the focus of two-mirror resonator. Technical
Physics, V.48, No. 1 / January 2003.
42. L.P.Grachev, I.I.Esakov and K.V.Khodataev. Magnetohydrodynamic instabilities of a
pinch resonant streamer microwave discharge. Technical Physics, V.48, N. 5/ May 2003
43. I.I.Esakov, L.P.Grachev, K.V.Khodataev. Creation of the elevating and pushing forces in
a supersonic flow with the help of a microwave discharge. // Abstracts of The Fifth
Workshop on Magnetoplasma dynamics for Aerospace Applications. 7-10 April 2003.
Moscow, Russia
44. Igor I. Esakov, Lev P. Grachev and Kirill V. Khodataev. Investigation of an
Undercritical Microwave Discharge in Air Flow near a Body and its Influence on the
Aerodynamics of the Body. 41st AIAA Aerospace Sciences Meeting 6-9 January 2003,
Reno, NV. Paper AIAA-2003-0529
45. S.Popovic, L.Vuskovic, I.I.Esakov, L.P.Grachev and K.V.Khodataev. Subcritical
microwave streamer discharge at the surface of a polimer foil. //Appl. Phys. Letters,
v.81, Nu.11, pp.1964-1965
46. K.V.Alexandrov, L.P.Grachev, I.I.Esakov and K.V.Khodataev. Surface streamer
microwave discharge. Technical Physics, V.47, N. 7/ July 2002
47. O.I.Voskoboynikova, S.L.Ginzburg, V.F.D’achenko, K.V.Khodataev. Numerical
investigation of subcritical microwave discharge in high-pressure gas.// Tech. Phys.
Vol.47, No. 8, pp. 955-960
48. K.V.Khodataev. Numerical modeling of a supersonic flooded air jet with highly
undercritical microwave discharge. //Proc. of The Fourth Workshop on Magnetoplasma
dynamics for Aerospace Applications. 9-11 April 2002. Moscow, Russia. PP. 232-239
49. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The Pinch-Effect in Microwave Resonant
Streamer Discharge at High Gas Pressure. 5th International Workshop “STRONG
MICROWAVES IN PLASMAS”. Russia, August 1 – 9, 2002
50. L.P.Grachev, I.I.Esakov,S.G.Malyk and K.V.Khodataev. Two-Mirror Resonator for
Studing High-Pressure Electrodeless Microwave Discharge.//Technical Physics, Vol. 46,
No.6, 2001, pp. 709-717
51. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The pinch-effect in microwave discharge at gas
of high pressure. 4th Symposium “Current Trends in International Fusion Research”
March 12-16, 2001, Washington, DC, U.S.A. Book of abstracts, 64-66
52. I.Esakov, L. Grachev, and K. Khodataev, D. Van Wie. Investigation of the Undercritical
Microwave Streamer Gas Discharge for Jet Engine Fuel Ignition. AIAA
Plasmadynamics and Laser Conference, 32nd, and Weakly Ionized Gases Workshop, 4th,
Anaheim, CA. Jun 11-14, 2001. AIAA Paper 2001-2939
53. K. Khodataev. The Ignition of the Combustion and Detonation by the Undercritical
Microwave Discharge. AIAA Plasmadynamics and Laser Conference, 32nd, and Weakly
Ionized Gases Workshop, 4th, Anaheim, CA. Jun 11-14, 2001. AIAA Paper 2001-2941
54. R.J.Exton, R.J.Balla, B.Shirinzadeh, G.J.Brauckmann, G.C.Herring, W.C.Kelliher,
J.Fugitt, C.J.Lazard, K.V.Khodataev. On-board projection of a microwave plasma
upstream of a Mach 6 bow shock. //Physics of plasmas, v.8, No. 11 (November 2001),
pp.5013-5017
55. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The pinch effect in microwave resonant
streamer discharge and its possible applications. //Proc. of the international workshop
“Strong microwaves in plasmas (2-9 August 1999”, Nizhny Novgorod), 2000 , v.1 pp.
291-305
56. V.S.Barashenkov, L.P.Grachev, I.I.Esakov, B.F.Kostenko, K.V.Khodataev and
M.Z.Yuriev. Breakdown in air in a rising microwave field . Technical Physics, V.45, N.
10 / October 2000
57. V.S.Barashenkov, L.P.Grachev, I.I.Esakov, B.F.Kostenko, K.V.Khodataev, M.Z.Yur’ev.
Threshold for cumulative resonant microwave streamer discharge in a high-pressure gas.
//Technical physics, Vol. 45, No11, 2000, pp.. 1406-1410
58. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The pinch effect in microwave resonant
streamer discharge. //Problems of Atomic Science and Technology. 2000, #3. Series:
Plasma Physics (5). P. 138-140
59. I.I.Esakov, L.P.Grachev, K.V.Khodataev. Plasmagasdynamic experiments in Russia and
prospects of plasma technology aplications in aerodynamics. //Problems of Atomic
Science and Technology. 2000 #3. Series: Plasma Physics (6). P. 141-145
60. K.V.Khodataev. Theory of the microwave high-pressure discharge. //Proc. of IV
International workshop “Microwave discharges: fundamentals and applications”,
September 18-22, 2000. Zvenigorod, Russia, pp. 35-44. (Yanus-K, Moscow 2001)
61. I.I.Esakov, L.P.Grachev, K.V.Khodataev. Parameters of plasma in the resonant channel
microwave streamer discharge of high pressure. //Proc. of The 2nd Workshop on
Magnetoplasma Aerodynamics in Aerospace Applications. 5-7 April 2000, Moscow,
Russia, pp. 154-162
62. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The pinch effect in microwave resonant
streamer discharge. YIII Ukrainian Conference and School on Plasma Physics and
Controlled Fusion. Alushta (Crimea), September – 16, 2000. BOOK of Abstracts. P.153
63. S.L.Ginzburg, V.F.Diachenko, V.V.Paleichik and K.V. Khodataev. Calculation of
characteristics of the radiation from generator with a virtual cathode. Technical Physics,
V.44, No. 2 / February 1999
64. Khodataev K.V. The pinch effect in the microwave resonant discharge in a dense gas.
Тезисы докладов XXVI Звенигородской конференции по физике плазмы и УТС (59 апреля 1999 г., г. Звенигород), П-С2-26.
65. L.P.Grachev, I.I.Esakov and K.V.Khodataev. Microwave streamer discharge in a
supersonic air flow. Technical Physics, V.44, N. 11 / November 1999
66. L.P.Grachev, I.I.Esakov and K.V.Khodataev. Range of existence of self-sustained ,
subcritical microwave streamer discharge. Technical Physics, V.44, No. 11 / November
1999
67. I.I.Esakov, L.P.Grachev, K.V.Khodataev. The review of plasmagasdynamic experiments
in Russia - Conclusions and prospects of plasmatechnology applications in
aerodynamics. AIAA International Balloon Technology Conference, and Weakly Ionized
Gases Workshop, 3-rd,.Norfolk, VA, 1-5 November, 1999, AIAA Paper 99-4821
68. L.P.Grachev, I.I.Esakov and K.V.Khodataev. Features of the development of pulsed
microwave discharges in various gases in a quasioptical beam. Technical Physics, V.43,
No. 4 / April 1998
69. L.P.Grachev, I.I.Esakov and K.V.Khodataev. Initiated subcritical microwave streamer
dischargeand the problem of global elimination of freons from the Earth’s atmosphere.
Technical Physics, V.43, N. 12 / December 1998
70. K.V.Khodataev. The plasma effects in air dynamics. The gas discharge theory model in
aerodynamic calculations. //Proc. supplement of 2-nd Weakly Ionized Gases Workshop.
Waterside Marriott Hotel, Norfolk, Virginia, USA, 24-25 April, 1998, pp. 309-338
71. K.V.Khodataev, A.Ershov. Experimental investigation of a possibility of a MW streamer
gas discharge application for fuel ignition in jet engine. //Proc. supplement of 2-nd
Weakly Ionized Gases Workshop. Waterside Marriott Hotel, Norfolk, Virginia, USA, 2425 April, 1998, pp. 339-350
72. K.V.Khodataev, B.R.Gorelik. Diffusion and drift regimes of propagation of plane
ionozation wave in microwave field.//Fizika plasmy. 1997, Т.23, №3, сс. 236-245 (in
Russian)
73. K.V.Khodataev. Physics of super undercritical streamer discharge in UHF
electromagnetic wave. Proc. XXIII ICPIG, 17-22 July 1997, Toulouse-France,
Contributed papers, IV-24
74. K.V.Khodataev. Physics of the Undercritical Microwave Discharge and Its Influence on
the Supersonic Aerodynamics and Shock Waves. //Proc. of Workshop on Weakly Ionized
Gases. USAF Academy, Colorado 9-13 June 1997, v. 1, pp. L-1 - L-12
75. L.P.Grachev, I.I.Esakov, G.I.Mishin and K.V.Khodataev. Development stages of
electrodeless microwave discharge //Zurnal technicheskoi fiziki, 1996, т.66, в. 7, сс. 3245 (in Russian)
76. G.I.Batskih, K.V.Khodataev. Physics of super undercritical streamer discharge and its
application for ozone layer safety. //Proc. of III Intern. Workshop “Strong microwaves in
plasma” (Nizhny Novgorod, Russia, August 7-17, 1996), Inst. of Appl. Phys. RAS, 1997,
v. I, p. 285-290
77. G.I.Batskih, K.V.Khodataev. The proposed global system of atmosphere cleaning from
ozone destructive freons in continuous UHF discharges. //2nd Practical conf.
“Sustainable development: system analysis in ecology” (Sebastopol, Ukraine, September
9-12, 1996), Conference abstracts, 1996, p.60
78. G.I.Batskih, K.V.Khodataev. The workable global system of atmosphere cleaning from
ozonedestructive freons in continuous UHF undercritical discharges. //Proc. of
“International Ecological Congress” (Voronezh, Russia, September 22-28, 1996), sec. B4, O-12
79. K.V.Khodataev. Front of avalanche ionization of electronegative gas in a static electric
field. //Fizika Plasmy. 1995, Т.21, №7, сс.605-610 (in Russian)
80. L.P.Grachev, I.I.Esakov, G.I.Mishin and K.V.Khodataev. Front velocity of stimulated
microwave discharge in a wave beam. //Zurnal technicheskoi fiziki, 1995, т.65, в.5,
сс.21-30 (in Russian)
81. L.P.Grachev, I.I.Esakov, G.I.Mishin and K.V.Khodataev. High-frequency breakdown in
air at presence of vibrator. //Zurnal technicheskoi fiziki, 1995, т.65, в.7, сс.60-67(in
Russian)
82. L.P.Grachev, I.I.Esakov, G.I.Mishin and K.V.Khodataev. Скорость распространения
ионизационно-дрейфовой волны пробоя. //Zurnal technicheskoi fiziki, 1995, т.65, в.11,
сс.86-92(in Russian)
83. L.P.Grachev, N.N.Gritsov, I.I.Esakov, G.I.Mishin and K.V.Khodataev. Body heating in
airflow. //Zurnal technicheskoi fiziki, 1995, т.65, в.1, сс.167-171 (in Russian)
84. L.P.Grachev, I.I.Esakov, G.I.Mishin, K.V.Khodataev, V.V.Tsyplenkov. Evolution of
structure of a gas discharge at a microwave focus as a function of pressure. // Tech.
Phys. 39(1), January 1994, pp. 40-48
85. A.V.Bodronosov, K.A.Vereshchagin, V.A.Gorshkov, V.V.Smirnov, K.V.Khodataev,
V.A.Shakhatov. Fast two-wavelength CARS thermometry of gas discharges. //Quantum
Electronics, 24(6), pp. 832-835, (1994)
86. L.P.Grachev, I.I.Esakov, G.I.Mishin, K.V.Khodataev. Discharge in air in quasioptical
microwave resonator. //Tech. Phys. 39(2), February 1994, 130-136
87. K.V.Khodataev. Hydrodynamic processes in a plasma of superpower high-frequency
discharge. //himicheskaia fizika, 1993, т.12, в.3, с. 303-315 (in Russian)
88. K.Khodataev. The avalanche ionisation of electronegative gas in super critical electric
field without preionization. //Proc. of the ICPIG-XXI, Bochum, 1993, v.1, p.205-206
89. K.Khodataev, A.Klimov, A.Gridin. The shock wave dispersion in pulsed glow discharge.
Proc. of the ICPIG-XXI, Bochum, 1993, v.1, p.293-294
90. L.P.Grachev, I.I.Esakov, K.V.Khodataev, V.V.Tsyplenkov. High-frequency air
breakdown at presence of metal sphere. //Fizika plasmy, 1992, т.18, в.3, сс. 411-415 (in
Russian)
91. L.P.Grachev, I.I.Esakov, G.I.Mishin, K.V.Khodataev, V.V.Tsyplenkov. Photographic
record of development of high-pressure discharge in wave beam. //Sov. Tech. Phys. Lett.
18(11), November 1992, 737-739
92. K.V.Khodataev. Gas dynamic processes in extra high power high frequency discharge
plasma. //Proc. of the ICPIG-XX (Piza, 1991), invited papers 1991, pp. 207-217
93. K.V.Khodataev, S.L.Ginzburg, V.F.Diachenko. The 3-D kinetic nonstationary
simulations of high-current REB ingection into a dense gas. //Proc. of the ICPIG-XX,
Piza, 1991, vol. 3, pp. 719-720