Vol. 63, No. 6, 2017
A simultaneous English language translation of this journal is available from Pleiades Publishing, Ltd.
Distributed worldwide by Springer. Acoustical Physics ISSN 1063-7710.
Application of the Wiener–Hopf Method for Describing the Propagation of Sound in Cylindrical and Rectangular Channels with an Impedance Jump in the Presence of a Flow
p. 625 abstract
Bispectral Analysis in Inverse Nonlinear Acoustics Problems
p. 637 abstract
Impedance Method for Measuring Shear Elasticity of Liquids
p. 642 abstract
Electronic Frequency Tuning of the Acousto-Optic Mode-Locking Device of a Laser
p. 645 abstract
Spatial Attenuation of Different Sound Field Components in a Water Layer and Shallow-Water Sediments
p. 652 abstract
Approximate Analytic Representations of Laws of Attenuation in Vector-Scalar Fields of Multipole Sources in a Pekeris Waveguide
p. 660 abstract
On Measurement of Acoustic Pulse Arrival Angles Using a Vertical Array
p. 673 abstract
Propagation of Pulse Pseudorandom Signals from a Shelf into Shallow Water in Winter Hydrological Conditions of the Sea of Japan
p. 681 abstract
Helicopter Noise in Hover: Computational Modelling and Experimental Validation
p. 686 abstract
A Numerical Study of the Effects of Design Parameters on the Acoustics Noise of a High Efficiency Propeller
p. 699 abstract
Features of Acoustic Waves in Media with Large Porosity Values in the Framework of the Biot Theory
p. 711 abstract
The Experimental Research on Response Characteristics of Coal Samples Under the Uniaxial Loading Process
p. 716 abstract
Assessment of Community Noise for a Medium-Range Airplane with Open-Rotor Engines
p. 723 abstract
On Measuring the Scattering Coefficient in a Nondiffuse Sound Field
p. 731 abstract
The Finite-Element Simulation of Low-Frequency Bimorph Transducers for the Diagnostics and Activation of Oil Wells
p. 737 abstract
Processing an Acoustic Microscope’s Spatiotemporal Signal to Determine the Parameters of an Isotropic Layer
p. 744 abstract
Joint Reconstruction of the Speed of Sound, Absorption, and Flows by the Novikov–Agaltsov Functional Algorithm
p. 751 abstract