AKUSTICHESKIJ
ZHURNAL
Rubrics
01 Congresses, conferences, seminars, symposia, councils, meetings
02 Bibliography
03 Personalia
04 Classical problems of linear acoustics and wave theory
04.01 Ìàthematical theory of wave propagation
04.02 Ray acoustics
04.03 Reflection, diffraction and refraction of waves
04.04 Scattering of acoustic waves
04.05 Elastic waves in solids
04.06 Reflection, diffraction and scattering of elastic waves
04.07 Propagation velocity and attenuation of waves
04.08 Standing waves, resonance, normal modes
04.09 Waveguides, waves in tubes and guide systems
04.10 Transient radiation and scattering
04.11 Radiation of sources, impedance, wave patterns
04.12 Numerical methods and computer modeling
04.13 Analogies
04.14 Methods of measurements and instruments
04.15 Vibration of distributed systems, structural acoustics
04.16 Waves in multi-phase, porous, rubber-like media and polymers
04.17 Statistical acoustics
05 Nonlinear acoustics
05.01 Nonlinear parameters of media
05.02 Theory of nonlinear acoustic waves
05.03 High-intensity wave propagation, sawtooth-shaped and weak shock waves
05.04 Nonlinear acoustics of solids
05.05 Influence of nonlinearity on velocity and absorption
05.06 Statistical nonlinear acoustics
05.07 Reflection, diffraction, refraction and scattering of high-intensity waves
05.08 Parametric arrays, scattering of sound by sound
05.09 Acoustic streaming and radiation pressure
05.10 Nonlinear dispersive waves, solitons
05.11 Sources of high-intensity sound, focusing devices
05.12 Methods of measurements and instruments of nonlinear acoustics
05.13 Nonlinear acoustics of multi-phase, porous, rubber-like media and polymers
05.14 Nonlinear acoustics of structurally inhomogeneous media
05.15 Nonlinear interactions of acoustic waves with waves on another nature
06 Physical acoustics
06.01 Velocity, dispersion, diffraction and absorption in gases and liquids
06.03 Velocity, dispersion, scattering, diffraction and absorption in solids; elastic constants
06.04 Acoustics of GHz frequencies; Brillouin scattering
06.05 Acoustic cavitation and sonoluminescence
06.06 Ultrasonic relaxation in gases, liquids and solids
06.07 Phonons in crystalline lattice, quantum acoustics
06.08 Acoustics of plasma
06.09 Low-temperature acoustics, sound in liquid helium
06.10 Acoustics of viscoelastic materials
06.11 Nano-acoustics, acoustics of thin films and drops containing nano-particles
06.12 Acoustic microfluidics
06.13 Surface waves in solids and liquids
06.14 Acoustoelectronics
06.15 Acoustic phenomena in meta-materials
06.16 Magnitoacoustic effect, oscillations and resonance
06.18 Thermoacoustics, high-temperature acoustics, photoacoustic effect
06.19 Other physical phenomena in acoustic fields
06.20 Chemical processes and phase transitions under ultrasonic impact
06.21 Nuclear acoustic resonance, magnetoacoustic resonance
06.22 Sources of ultra- and hypersound, devices and measurement methods
06.23 Ultrasound in nondestructive testing and industrial technologies
07 Ocean acoustics and underwater acoustics
07.01 Sound in deep sea, underwater sound channel
07.02 Acoustics of shallow sea
07.03 Interaction of sound with internal waves and streams
07.04 Statistical underwater acoustics
07.05 Ray sound propagation in ocean
07.06 Hybrid and asymptotic theories
07.07 Velocity, damping, refraction and diffraction
07.08 Volume scattering
07.09 Inverse scattering, echoes, reverberation on boundaries
07.10 Scattering at rough surface
07.11 Radiation of bodies at underwater vibration, impedance
07.12 Structures and materials for sound absorption in water
07.13 Underwater applications of nonlinear acoustics, explosions
07.14 Acoustics of marine sediments, ice cover, seismoacoustics
07.15 Underwater noise, mechanisms of generation and characteristics
07.16 Acoustic measurements of ocean parameters, remote sounding, inverse problems and acoustic tomography
07.17 Global scale acoustics, thermometry and underwater telecommunication
07.18 Active and passive sonar systems, signal processing algorithms
07.19 Underwater transducers and antenna
07.20 Underwater measurements and calibration of apparatus
07.21 Computer modeling in hydrophysics and hydroacoustics
07.22 Experimental modeling in laboratory
08 Atmosphere acoustics and aeroacoustics
08.01 Mechanisms influencing on sound propagation in air
08.02 Infrasonic and acousto-gravity waves
08.03 Interaction of sound with surface, with account for coating, topography, ground impedance
08.04 Propagation in steady-state atmosphere, meteorological factors
08.05 Propagation and scattering on turbulence and inhomogeneous streams
08.06 Sound sources in atmosphere
08.07 Numerical methods for atmospheric acoustics
08.08 Aero-thermo-acoustics and combustion acoustics
08.09 Statistical characteristics of fields and propagation parameters
08.10 Shock and explosive waves, sonic boom
08.11 Sound in tubes with flows
08.14 Aviation acoustics
08.15 Vibration of bodies and structures in streams, aeroelasticity
09 Acoustics of structurally inhomogeneous media; geological acoustics
09.02 Acoustic waves in multi-phase media
09.03 Theory of linear and nonlinear waves in geological structures
09.04 Seismic probing of geological structures
09.05 Study of geological structures using seismic noise
09.06 Inverse problems of seismoacoustics
09.07 Acoustics of earthquakes, eruptions of volcano, other catastrophic natural phenomena
09.08 Acoustical methods of search of minerals
09.09 Acoustic and vibration impact on oil and gas bearing structures
09.10 Acoustics of Earth and planets
09.11 Acoustics in cosmology and astrophysics
10 Acoustic ecology; noise and vibration
10.01 Noise and vibration in air
10.02 Underwater noise and vibration
10.03 Underground noise and vibration
10.04 Biological impact of noise and vibration
10.05 Impact of noise and vibration on constructions and equipment
10.06 Structural acoustics and vibrations
10.07 Absorbers of weak and high-intensity acoustic waves
10.08 Noise insulation
10.09 Active methods of noise control
11 Room acoustics; musical acoustics
11.01 Acoustics of concert halls
11.02 Acoustics of living quarters
11.03 Acoustics of passenger cabins
11.04 Acoustics of wind instruments
11.05 Acoustics of string instruments
11.06 General problems of architectural acoustics
11.07 General problems of acoustics of buildings
11.08 General problems of musical acoustics
12 Acoustic signal processing; computer modeling
12.01 Computer processing of experimental results
12.02 Computer experiment and numerical solution of classical linear problems
12.03 Computer experiment and numerical solution of nonlinear problems
12.04 Numerical solution of inverse problems
12.05 Acoustical image processing
12.06 Acoustical holography and tomography
12.07 Phase front and time inversion, adaptive systems
13 Acoustics of living systems; biological acoustics
13.01 Impact of acoustic vibrations on biological media and living beings
13.02 Propagation of acoustic waves in tissues and organs
13.03 Mathematical modeling in medical and bioacoustics
13.04 Ultrasonic applications, physics of acoustic methods and devices for biology and medicine
13.05 Speech production and speech perception
13.06 Physiological and psychological acoustics
13.07 Acoustics of echoranging animals
13.08 Sound production and perception of acoustic signals by animals
14 Physical foundations of technical acoustics
14.01 Devices for generation, reproduction and reception of acoustic signals
14.02 Acoustical measurements and apparatus
14.03 Medical ultrasound, medical devices
14.04 Acoustic diagnostics and nondestructive testing
14.05 Acoustic methods of material and product processing
14.06 Acoustical industrial technologies
14.07 Acoustical monitoring of technological processes
14.08 Acoustic metrology and calibration
14.09 Acoustical standards
15 Information
15.01 Subject and author index
15.02 Rules for authors
15.03 Historical reviews
15.04 In the name of Editorial board and Editor-in-Chief
15.05 Other information