KONSTANTIN F. SHIPILOV

DOB:3.06.1944

Nationality: Russian

Telephone (office hours):+7-095-132-82-50

Fax: +7-095-135-82-34

E-mail:kfship@kapella.gpi.ru

Current occupation: Scientific secretary, Senior Research Associate. Wave Research Center, General Physics Institute, Russian Academy of Sciences, Moscow

Qualifications:

1981 - PhD. (Physical electronics, including quantum), P.N. Lebedev Physics Institute Academy of Sciences of the USSR. Thesis: 'Generation and forming of coherent radiation short impulses by nonlinear optical processes in organic liquids'.

2000 - Doctor of Sciences (Radiophysics), General Physics Institute of Russian Academy of Sciences. Thesis: 'Nonlinear optical and acoustic interactions in associate fluids'.

Work Experience:

1968-1987 - Junior Researcher, Senior Researcher, Laboratory of Oscillations, Lebedev Physics Institute, Academy of Sciences of the USSR, Moscow.

1987-2000 - Senior Researcher, Scientific Secretary, Laboratory of Hydrophysics, General Physics Institute, Academy of Sciences of the USSR, (1992 - Russian Academy of Sciences), Moscow

2000-2001 - Senior Researcher, Scientific Secretary, Wave Investigation Department, General Physics Institute of Russian Academy of Sciences, Moscow.

2001 - pr. - Senior Researcher, Scientific Secretary, Wave Research Center, General Physics Institute of Russian Academy of Sciences, Moscow.

Scientific Interests:

1. Nonlinear optical processes dynamics.
2. Nonlinear acoustic processes in pure liquids and water solutions.
3. Modeling of ultrasonic methods for non-destructive remote evaluation.

More than 90 publications in journals, proceedings of institutes and conferences, etc.

List of selected publications in international journals:

1. Electromagnetic excitation of a discharge and optical absorption in sulfur vapors. Journal of Russian Laser Researches, 2001, 22, 650 - 658 (with G.A.Lyakhov et al.).
2. Correlation between optical and absorption spectra and microwave induced luminosity of saturated sulfur vapors. Physics of Vibration, 1999, 7, 85-88 (with G.A.Lyakhov et al.)
3. Self-action of ultrasonic beams. Ultrasonics, 1999, 37, 247 - 255 (with A.V. Krasnoslobodtsev et al.).
4. Thermal self-action of sound beams. Biological applications. Acoustical Physics, 1999, 45, 750 - 761 (with A.V. Krasnoslobodtsev et al.).
5. Effect of heat transfer on the process of nonlinear tuning of the natural frequency in a resonator filled with a viscous fluid. Acoustical Physics, 1998, 44, 623 - 625. (with O.V. Umnova).
6. Thermal and concentration anomaly of hydrogenous bonds amount in associated liquid solutions. Proceedings of General Physics Institute 1997, 54, 61 - 74 (with G.A.Lyakhov).
7. Optics and acoustic methods of observing thermodynamics anomalies in associated solutions. BRAS Phys/Suppl. Physics of Vibrations, 1996, 59, 165 - 177 (with G.A.Lyakhov).
8. Estimation of microwave pumping efficiency of anti-Stokes SBS in a liquid electrolyte. Journ. Thechn. Phys. Lett., 1995, 21, 1-5, (with K.A.Boyarchuk et. al.).
9. Chaos and bistability in acoustic resonator. Ultrasonics, 1995, 33, 55 - 59 (with G.A.Lyakhov et al.).
10. High-efficient electrodeless light source with quasi-solar spectrum based on glow microwave discharge. Doklady Academii Nauk, 1995, 344, 182 - 184 (with A.N. Didenko et al.).
11. Nonlinear processed in an acoustic resonator filled with fluid: theory and applications. BRAS Phys/Suppl. Physics of Vibrations, 1995, 59, 158 - 164 (with O.V. Umnova).
12. Thermal self - action of acoustic wave packets in a liquid. Physics - Uspekhi, 1995, 38, 1099 - 1118 (with F.V. Bunkin and G.A. Lyakhov).

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