1. A periodic surface structure with extreme acoustic properties

   • Yu. I. Bobrovnitskiĭ
   • K. D. Morozov
   • T. M. Tomilina

   Classical Problems of Linear Acoustics and Wave Theory 08 April 2010 Pages: 127 - 131

2. Scattering of sound in a moving viscous microinhomogeneous medium at large Reynolds numbers

   • A. G. Semenov

   Classical Problems of Linear Acoustics and Wave Theory 08 April 2010 Pages: 132 - 140

3. Helical normal waves near a cylindrical cavity in an elastic medium

   • V. V. Tyutekin
   • A. I. Boiko

   Classical Problems of Linear Acoustics and Wave Theory 08 April 2010 Pages: 141 - 144

4. The possibility of efficient calculation of the scattering amplitude caused by an inclusion in a complicated incident field

   • B. P. Sharfarets

   Classical Problems of Linear Acoustics and Wave Theory 08 April 2010 Pages: 145 - 150

5. Nonlinearity of solids with micro- and nanodefects and characteristic features of its macroscopic manifestations

   • O. V. Rudenko
   • A. I. Korobov
   • M. Yu. Izosimova

   Nonlinear Acoustics 08 April 2010 Pages: 151 - 157

6. Statistical properties of nonlinear diffracting N-wave behind a random phase screen

   • P. V. Yuldashev
   • N. A. Bryseva
   • V. A. Khokhlova

   Nonlinear Acoustics 08 April 2010 Pages: 158 - 167

7. Standing waves in an elastic layer loaded with a finite mass

   • V. G. Andreev
   • T. B. Krit
   • O. A. Sapozhnikov

   Physical Acoustics 08 April 2010 Pages: 168 - 173

8. An oscillatory system with a magnetic-fluid viscoinertial element

   • G. V. Karpova
   • A. N. Kutuev
   • P. A. Ryapolov

   Physical Acoustics 08 April 2010 Pages: 174 - 180

9. Ultrasonic absorption in carbon nanotube suspensions

   • A. D. Mansfel’d
   • A. G. Sanin
   • V. A. Egorov

   Physical Acoustics 08 April 2010 Pages: 181 - 182

10. Time reversal in ultrasound focusing transmitters and receivers

    • Y. D. Sinelnikov
    • A. M. Sutin
    • A. P. Sarvazyan

    Physical Acoustics 08 April 2010 Pages: 183 - 193

11. Experimental studies of seasonal variation for temperature fields on the Sea of Japan shelf by acoustical methods

    • V. A. Akulichev
    • Yu. N. Morgunov
    • D. S. Strobykin

    Ocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 194 - 195

12. Correlation characteristics of variations of the ambient noise level in the shelf zone of the Pacific Ocean

    • V. I. Bardyshev

    Ocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 196 - 197

13. The use of receiving arrays for measuring underwater noise levels of moving sources

    • Yu. I. Zakonov
    • P. I. Korotin
    • I. Sh. Fiks

    Ocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 198 - 204

14. Measurement of the parameters of the natural waveguide mode

    • V. A. Zverev
    • P. I. Korotin
    • A. A. Stromkov

    Ocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 205 - 217

15. Digital acoustic communication in shallow-water sea for oceanological applications

    • B. F. Kuryanov
    • M. M. Penkin

    Ocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 218 - 227

16. Focusing of low-frequency sound fields in shallow water

    • A. A. Lunkov
    • V. G. Petnikov
    • A. A. Stromkov

    Oocean Acoustics. Underwater Acoustics 08 April 2010 Pages: 228 - 233

17. Turbulent pressure fluctuations in a long cylinder’s boundary layer in the longitudinal flow around it

    • V. M. Tkachenko
    • A. V. Smol’yakov
    • V. P. Marshov

    Atmospheric and Air Acoustics 08 April 2010 Pages: 234 - 237

18. A spatial correlation method for reconstructing blood flow velocity vector in the nonlinear tomography

    • V. A. Burov
    • O. V. Matveev
    • O. D. Rumyantseva

    Acoustic Signal Processing and Computer Simulation 08 April 2010 Pages: 238 - 245

19. Increasing the frequency resolution in the processing of acoustic signals by sliding complex weighted averaging

    • A. E. Isaev
    • A. N. Matveev

    Physical Fundamentals of Engineering Acoustics 08 April 2010 Pages: 246 - 252

20. Reduction of the duration of pulses emitted by a thin-walled piezoceramic cylinder with the use of a correcting electric circuit

    • S. I. Konovalov
    • A. G. Kuz’menko

    Physical Fundamentals of Engineering Acoustics 08 April 2010 Pages: 253 - 257