ACOUSTICAL PHYSICS 是由俄罗斯科学院参与出版的国际同行评审期刊。它涵盖了基础和应用声学的理论和实验方面：线性声学和波理论的经典问题；非线性声学；物理声学；海洋声学和水声学；大气和气动声学；结构不均匀固体的声学；地质声学；声学生态、噪声和振动；室内声学、音乐声学；声学信号处理、计算机模拟；生命系统声学、生物医学声学；工程声学的物理原理。该杂志发表评论、原创文章、简短的通讯和给编辑的信。它涵盖了基础和应用声学的理论和实验方面。该杂志欢迎来自所有国家的英语或俄语手稿。

Acoustical Physics is an international peer-reviewed journal published with the participation of the Russian Academy of Sciences. It covers both theoretical and experimental aspects of fundamental and applied acoustics, including classical problems in linear acoustics and wave theory, nonlinear acoustics, physical acoustics, ocean and underwater acoustics, atmospheric and aerodynamic acoustics, acoustics of structurally inhomogeneous solids, geological acoustics, acoustic ecology, noise and vibration, architectural acoustics, musical acoustics, acoustic signal processing, computer simulations, acoustics of living systems, biomedical acoustics, and the physical principles of engineering acoustics. The journal welcomes manuscripts in English or Russian from all countries and publishes commentaries, original research articles, brief communications, and letters to the editor.

《Acoustical Physics》是由俄罗斯科学院参与出版的国际同行评审期刊，涵盖基础和应用声学的理论与实验研究。期刊内容包括经典的线性声学和波动理论问题、非线性声学、物理声学、海洋声学与水声学、大气声学与气动声学、结构不均匀固体的声学、地质声学、声学生态、噪声与振动、室内声学与音乐声学、声学信号处理与计算机模拟、生命系统声学与生物医学声学，以及工程声学的物理原理。该期刊欢迎来自全球的英语或俄语手稿，发表内容包括评论、原创研究文章、简短通讯及致编辑信件。

Acoustical Physics

Abstract A practical task of testing samples of various metals using the principles of nonlinear acoustics is being solved. A surface acoustic wave (surfactant), whose propagation process, due to nonlinear effects, is accompanied by generation of a wave of doubled frequency, was used for testing. An experimental device is used to monitor the structural state of a metal sample by recording a change in the nonlinear acoustic parameter (NAP). To excite surfactants, a wedge transducer with a resonance frequency of 1 MHz was used. The transmitted wave was recorded with a wedge transducer with a resonance frequency of 2 MHz. It has been shown that the NAP for the tested materials in the initial state has different values not only for materials belonging to different classes, but also for materials belonging to the same structural class and having different chemical compositions (12Kh17G9AN4 and 12Kh18N10Т). A plastic deformation by 2% does not lead to a NAP change for the AMg6 alloy and 12Kh17G9AN4, 20Kh13N4G9, and 10KhSND steels. The NAP change by 2% as a result of a plastic deformation for the 12Kh18N10T and 08Kh17N4M3 stainless steels is caused by a change in their phase compositions associated with the martensitic transformation. The presented data on the change in the NAP from early stages of the elastoplastic deformation to a predestruction for AMg6 and 10KhSND steels demonstrate the possibility of using it as a prognostic criterion for the limiting state of the material.

A. V. Vanyagin

A. V. Ilyakhinskii

V. M. Rodyushkin

Influence of the Metal Structure and Plastic Deformation on the Nonlinear Acoustic Parameter

金属结构和塑性变形对非线性声学参数的影响

None Saurabh Yadav

None Arpan Gupta

Lateral Movement of Particles in a Levitating Acoustic Field

悬浮声场中颗粒的横向运动

V. I. Kalinina

P. N. Vyugin

I. A. Kapustin

Physical Modeling of the Method of Coherent Probing of Low-Contrast Bottom Layers in a Laboratory Tank

实验室水槽中低对比度底层相干探测方法的物理建模

A. A. Lunkov

M. A. Shermeneva

Estimation of the Distance to a Local Inhomogeneity on an Acoustic Path in Shallow Water in the Presence of Background Disturbances

浅水环境中存在背景干扰情况下声路径上局部不均匀性距离的估计

N. G. Kanev

M. A. Mironov

Sound Waves in a Medium with Resonance Inclusions of a Dipole Type

具有偶极型共振包体的介质中的声波

Abbreviation	Acoust. Phys.
Journal Impact	1.08
Quartiles(Global)	ACOUSTICS(Q4)

ISSN	1063-7710, 1562-6865
h-index	34

Publication Information	Publisher: Pleiades Publishing，Publishing cycle: Bimonthly，Journal Type: journal，Open Access Journals: No
Basic data	Year of publication: 1996，Proportion of original research papers: 98.57%，Self Citation Rate:55.60%， Gold OA Rate: 4.86%
Average review cycle	网友分享经验：平均1.0个月
Average recruitment ratio	网友分享经验：容易

Acoustical Physics

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Influence of the Metal Structure and Plastic Deformation on the Nonlinear Acoustic Parameter

Lateral Movement of Particles in a Levitating Acoustic Field

Physical Modeling of the Method of Coherent Probing of Low-Contrast Bottom Layers in a Laboratory Tank

Estimation of the Distance to a Local Inhomogeneity on an Acoustic Path in Shallow Water in the Presence of Background Disturbances

Sound Waves in a Medium with Resonance Inclusions of a Dipole Type

Influence of the Metal Structure and Plastic Deformation on the Nonlinear Acoustic Parameter

Lateral Movement of Particles in a Levitating Acoustic Field

Physical Modeling of the Method of Coherent Probing of Low-Contrast Bottom Layers in a Laboratory Tank

Estimation of the Distance to a Local Inhomogeneity on an Acoustic Path in Shallow Water in the Presence of Background Disturbances

Sound Waves in a Medium with Resonance Inclusions of a Dipole Type