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Professional Interests |
| | Theoretical investigations and modeling of nonlinear processes in physics of low-temperature plasma and gas lasers.
Specific interests include corona discharge devices, near-electrode phenomena, solvability of fluid models of glow discharge, and synergetical models in physics and psychology. |
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Education
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Specialist, Diploma of Engineer-Physicist, 1977
Moscow Institute for Physics and Technology, Moscow, Russia.
Thesis title: Disharge plasma kinetical coefficients analysis and calculations |
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C.Sc. (Ph.D.) degrees in physics, 1983
Moscow Institute for Physics and Technology, Moscow, Russia.
Dissertation title: "Theoretical investigation of characteristics of active media on mixed mode level transitions of CO2 molecules." |
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Dr. Sc. in physics, 2004
Moscow State University, Physical Faculty
Dissertation Title: "Theoretical investigation of self-organized current structures in elevated pressure glow discharge" |
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Work Experience
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1982 - present Lead. Scientist, Institute on Laser and Informatic Technologies of RAS.
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Developed multidimensional numerical modeling of gas discharges at elevated pressure. |
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Conducted extensive research in physics of discharge, gasdynamic, and chemical lasers. |
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Developed a physical model of anode glow patterns in elevated-pressure gas discharges. |
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Proved global existence of weak solutions of the drift diffusion model for gas discharges. |
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Performed disharge plasma kinetical coefficients calculations for mixtures of excited molecules and atoms. |
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Developed design, mathematical method and software for infrared-luminescence diagnostics of CO2 active media. |
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Grants
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1993 | Grantee Internat. Sci. Found. |
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I.1996 - XII.1997 | Russian Found. for Basic Rsch. |
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Skills
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Strong research capability on advanced multidimensional numerical and analytical modeling of nonlinear processes |
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Extensive experience in modeling of plasma instability and current patterns formation in gas-discharge system and synergetics |
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Experienced in problems of solvability mathematical and verification numerical models |
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Experienced in corona discharge applications |
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| | Computer Skills
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Preferable programming language: FORTRAN, C |
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Preferable scientific and office software: Maple, Surfer, LATEX, BeamPro, etc. |
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Publications