Home Page of the Russian Acoustical Society Russian Acoustical Society:
ASA scholars 1995
 
  1. Gladilin Aleksey Victorovich
    Work: "Focused ultrasound for hyperthermia of tumors". Moscow Institute of Radiotechnology, Electronics and Automatics (Technical University).
    Date of birth: December 22, 1972.
    Place of birth: Moscow, Russia.
    Education: Graduated from Moscow Institute of Radiotechnology, Electronics and Automatics (Technical University) in 1996. The theme of his diploma work was "Development of an ultrasound therapeutic device".
    His graduation work is devoted to engineering design of an acoustical apparatus for medical applications in particular to using of focused ultrasound for hyperthermia of tumors.
    PhD thesis "One-channel ultrasound radiators with electrical control of focal area parameters" (the scientific supervisor - Dr. Albert A. Dogadov) was defended in 2000.
    He is working at N. N. Andreyev Acoustics Institute as a research worker. The topic of the current research is a noninvasive control of a temperature distribution in a depth of objects by using the ultrasound-focusing radiator.
    The basic directions of work: Research on one-channel formation of the focused ultrasonic field in the megahertz frequency band with electrical control of spatial and time distribution (ECSTD).
    Mathematical modeling of acoustic fields created by focusing radiators with ECSTD and their experimental test.
    Research of sources of amplitude modulation arising in frequency modulated voltage of focusing radiators with ECSTD and a capability of its application for noninvasive determination of the characteristics of explored object.
    Research of a capability of increasing of guidance accuracy of ultrasound radiators with ECSTD on demanded area in the depth of explored object. Research of physical principles of the control of an acoustic contact between ultrasound radiators with ECSTD and explored object and development of corresponding device.
    The main results: The method of one-channel electrical control of spatial and time distribution of fields of focusing radiators is justified. Fields created by radiators with ECTSD are theoretically and experimentally studied. The characteristics of their control are obtained.
    The parameters of noninvasive channel for measurement of characteristics of inner structures of explored object are obtained.
    The variants of engineering solutions for control of an acoustic contact between ultrasound radiators and explored object are offered.
    Dr. Gladilin is an co-author of 5 scientific papers and two patents of the Russian Federation.
    List of the main publications and patents:
    1. Dogadov A. A., Konopatscaja I. I., Gladilin A. V. The ultrasound device for affects on internal area of a human body// the Patent RU 2139745 C1, 1999.
    2. Gladilin A. V. The ultrasound therapeutic device with the control of an acoustic contacts between the radiator and environment// the Patent RU 2139746 C1, 1999.
    3. Dogadov A. A., Gladilin A. V. Focusing ultrasound radiators with electrically controlled spacial and time distribution of created fields// Acoustic Journal, 2000. V.46. N4.
    4. Dogadov A. A., Gladilin A. V. A Noninvasive channel for measurement of the research object parameters by using focusing ultrasound radiators with electrically varied spatial and time distribution of created field// MFTI, Investigated in Russia, 2000. 21.

     
  2. Orekhov Dmitry Evgenjevich
    Work: "Interaction of the sound modes in narrow tubes". Moscow Institute of Physics and Technology.
    Date of birth: January 12, 1968.
    Place of birth: Moscow, Russia.
    Education: Graduated from Moscow Institute of Physics and Technology in 1994.
    Scientific Supervisor - Dr. Mikhail Mironov.
    He studied the system of two interconnected pipes is treated as a single waveguide with two propagating eigen modes. Difference between propagation velocities of the modes forms destructive interference between them and as a consequence - annihilation of pressure in some cross sections of one tube. Results can be used for new concept of muffler design.
    1994-1998 he is an engineer in N. N. Andreyev Acoustics institute 1998-present - Provider in an Electronics Company.
    Publications: in Proc. Intern. Symp. "Transport noise" S. Petersburg. 1994.
     
  3. Pavlov Ivan Vladimirovich
    Work: "Theoretical and numerical investigation of evolution of complex signals in nonlinear nondispersive media". University of Nizhny Novgorod.
    Date of birth: April 24, 1968.
    Place of birth: Gorky (Nizhny Novgorod), Russia.
    Education: Graduated from Radio physics Department of University of Nizhny Novgorod, Russia. After graduating from Radiophysical department, Nizhny Novgorod State University, he worked as Junior Researcher at Acoustic department.
    Position: Ph.D. Student at Royal Institute of Technology (KTH), Stockholm, Sweden.
    Scientific Supervisor - Prof. Sergey Gurbatov.
    Current research is mostly concentrated on theoretical and numerical investigation of evolution of complex signals in nonlinear nondispersive media. Previously he has been working on numerical simulation of sound propagation in water channels.
    Publications:
    Some results were reported and published in the proceedings of the following conferences:
    1992- First International School-Seminar "Dynamic And Stochastic Wave Phenomena", Nizhny Novgorod, Russia.
    1993 - International Conference "Monitoring of Acoustic Media" (II Session of Russian Acoustical Society), Moscow, Russia.
    1993 - International Workshop "Structural Acoustics for Young Investigators", Cambridge, U.K.
    1994 - Second International School-Seminar "Dynamic And Stochastic Wave Phenomena", Nizhny Novgorod, Russia.
     
  4. Pishal'nikov Yuri Aleksandrovich
    Work: "Investigation of finite-amplitude sound pulse propagation in biological tissues". Moscow State University.
    Date of birth: April 26, 1967.
    Place of birth: Kemerovo, Siberia, Russia.
    Education: Moscow State University Ph.D. in Acoustics, September 1997; M.S. in Physics, January 1994.
    Scientific Advisors - Prof. O. V. Rudenko.
    Affiliation and professional position: Senior Research Scientist, PhD, Department of Acoustics, Physics Faculty, Moscow State University, Moscow 119899, Russia.
    Current research interests: Nonlinear acoustic waves, acoustic diagnostics of relaxing media and biological tissue phantoms by intense pulses and ultrasound beams, extra corporal shock wave lithotripsy, cavitation.
    Current university teaching and other duties: "Theory of Waves" (B.S. students).
    Administrative supervision of the student group at the Dept. of Acoustics.
    Awards: Prize of the "MAIK-Nauka/Interperiodika" publishing company for the best scientific publication of the year (1997) for the paper in "Acoustical Physics".
    International collaboration: Applied Physics Laboratory, University of Washington, Seattle, through Fogarty International Research Collaboration Award from National Institute of Health, "Research Collaboration with Moscow State University," (1995-1998 and 1999-2002) and two grants from Civillian Research and Development Foundation (1996-1998 and 2000-2001).
    Indiana University School of Medicine, Indianapolis. Postdoctoral Fellowship Award from the Department of Anatomy and Cell Biology (2000-2001).
    Main papers (20 publications total):
    1. Pishchal'nikov Yu. A., Sapozhnikov O. A., and Khokhlova V. A. A modification of the spectral description of nonlinear acoustic waves with discontinuities. - Acoustical Physics, 1996, v.42, N3, pp.362-367.
    2. Andreev V. G., Dmitriev V. N., Pishchal'nikov Yu. A., Rudenko O. V., Sapozhnikov O. A., and Sarvazyan A. P. Observation of shear waves excited by focused ultrasound in a rubber-like medium. - Acoustical Physics, 1997, v.43, N2, pp.123-128.
    3. Andreev V. G., Pishchal'nikov Yu. A., Sapozhnikov O. A., Khokhlova V. A., and Cleveland R. O. - Diagnostics of a relaxing medium by an acoustic pulse with shock front. - Acoustical Physics, 1999, v.45, no.1, pp.8-13.
       
  5. Proshutin Dmitry Valerievich
    Work: "Investigation of influence of 3D ununiform underwater currents on the acoustic oceanographic systems". Moscow Lomonosov State University.
    Date of birth: May 16, 1972.
    Place of birth: Tomsk, Russia.
    Education: Moscow State University M.S. in Physics, January 1996. His graduation work devoted to investigation of influence of 3D ununiform underwater currents (such as the ocean currents in the bentic and subsurface Ekman layers, bentic storms, mesoscale eddies) on the acoustic oceanographic systems.
    His diploma work "Underwater linear acoustic arrays placed in 3D non-uniform flow field". Since 1994 he was involved in the investigations of hydrodynamics and acoustical properties of the linear hydroacoustics arrays in 3D non-uniform underwater currents. Dmitry Proshutin received the grant of the Acoustical Society of America in 1995. He entered the post graduate course in 1996. He stopped his acoustical research after graduation from the University being not able to find suitable job in this area. His current research interests: computer methods in economics and business.
    Main publications:
    1. Kravchun P. N., Proshutin D. V. On equilibrium and vibration of mooring and drifting cable systems in three-dimensional nonuniform flow field// Proceedings of the Fourth International Congress on Sound and Vibration. St. Petersburg, 1996.
    2. Kravchun P. N., Proshutin D. V. Bottom linear hydroacoustic arrays placed in 3-D non-uniform flow field: calculation and optimization// Measuring Technique. 1996. No.7.

     
  6. Yafasov Anton Insanovich
    Work: "Magnetoelastic nonlinear phenomena investigation in mono- and polycristalls ferrites".
    Moscow Lomonosov State University.
    Date of birth: January 25, 1971.
    Place of birth: Navoi, Usbekistan.
    Education: Graduated from Physics Department of Moscow State University in 1994.
    Scientific Advisor - Prof. L. K. Zarembo.
    Research work is devoted to magnetoelastic nonlinear phenomena investigation including nonlinear magnetoacoustics resonance, some nonlinear interactions of magneto acoustic waves in monocristalls-ferrites and polycristalls-ferrites at low frequencies (below 100 MHz).
    Publication: 7 papers in Russian scientific journals.